861 results about "Measuring cup" patented technology

The invention discloses a thrombus elasticity testing device. The thrombus elasticity testing device comprises a supporting plate, a measuring unit, a driving unit and a cup holding unit, wherein the measuring unit and the driving unit are arranged on the supporting plate, and the cup holding unit is connected with the driving unit; the measuring unit comprises a base, a rotating part, a rotating shaft and a balance spring. According to the thrombus elasticity testing device, the driving unit is combined with the cup holding unit to carry out regular vibration on a blood sample in a measuring cup to simulate a physiological thrombus formation environment in vivo, thereby guaranteeing an accurate and reliable test result; by virtue of a structure consisting of the conical tip-shaped rotating shaft and the balance spring in the measuring unit, friction generated during vibration of the measuring unit is decreased sharply, and the shock resistance of the complete device is greatly improved on the premise of guaranteeing restoring force, so that the measurement reliability is high; by virtue of an optical lever measuring mechanism, the resolving ability and sensitivity of thrombus elasticity measurement are effectively increased, so that the measuring accuracy is remarkably improved; by virtue of a measuring cup loading-unloading mechanism, the operation is convenient and reliable.

The invention relates to a weighing method for an electronic belt scale capable of self-check, more than two weighing carrier rollers (3) form into a weighing device of the electronic belt scale, each weighing carrier roller is supported by more than two weighing sensors (5), each weighting sensor is respectively connected with a PLC (7) through an individual signal transmission line (8), the PLC can directly acquire an output weighing signal of each weighing sensor to monitor and diagnose each weighing carrier roller and weighing sensor on real-time in the weighing process. During a normal weighing, the method measures according to a multiple carrier roller mode. The PLC monitors, recognizes, diagnoses, groups and compares the weight signals after A/D transition on real-time, and calculates the material weight after integral arithmetic with speed signals of a motor or the belt. During thediagnosis, the weighing device treat according to more than two single carrier roller manners, and each weighing carrier roller is measuring cup for each other. The invention has strong ability of disturbance resistance, and can find out failures such as poor measuring accuracy, damaged weighing sensor, etc., the performance is stable and reliable, the failure point can be quickly checked out so as to be maintained conveniently, the maintenance capacity and component replacement quantity are in a small quantity.

A device for containing or measuring liquids includes a rigid annular portion maintaining the shape of the opening of the cup, secured to a cup portion formed of a flexible material, such as silicone. A movable handle secures to the annular portion which serves a dual function of securing the rigidity of the cup in the open position, and rotating sideways to accommodate storage when in the closed position.

A measuring cup includes a cup portion formed of a flexible material, such as silicone, secured to a rigid annular portion maintaining the shape of the opening of the cup. A handle secures to the annular portion. A tab may secure to the annular portion opposite the handle. A downwardly extending ridge secures to the annular portion and the cup portion includes a slit circumscribing the opening that receives the ridge.

The invention relates to an automatic hydrostatic test control system using an air-bottle outer measuring method, comprising a hydrostatic test system, a control platform and a matched auxiliary system. The hydrostatic test system is used for the hydrostatic test of a tested air bottle and comprises a booster pump, a water jacket, a measuring cup, an electronic scale and a recycle pump, the auxiliary system comprises an automatic feeding device, a lifting sealing device and an automatic discharging device, wherein the automatic feeding device feeds the tested air bottle into a test position, the lifting sealing device loads tested air bottle in the water jacket or pulls the tested air bottle out of the water jacket, and the automatic discharging device conveys the tested air bottle out of the test position. The invention realizes the automatic operation of a hydrostatic test process, realizes the real-time and automatic detection and control of the test process, further lightens the labor intensity of operators, improves the detection efficiency and the detection accuracy and can realize the automatic operation of all auxiliary processes of the hydrostatic test by using the air-bottle outer measuring method.

A quantitative measuring dispenser is provided for attachment to a container of a freely flowing material. The dispenser is composed of three segments. The first segment consists of a disc with a shaft attached to the center of the bottom surface. There are two opposing openings through the disc. The second segment is in the form of a barrel with a central bore and two opposing axial chambers. The third segment is cylindrical with a cover having two opposing openings. The shaft is passed through the central bore of the barrel and attached to the top surface of the third segment so the first and third segments function as a single unit. The openings in the disc and the openings in the third segment must be at right angles to each other when the connection is made to properly sequence the dispenser. The barrel is rotatable with respect to the unit. The dispenser is attached to the bottle holding the freely flowing material by means of threaded inner walls of the third segment that cooperate with the threading on the neck of the bottle. The bottle and attached dispenser are inverted so that the freely flowing material can enter the chambers. To fill the chambers the barrel is rotated so that the openings in the third segment communicate with the tops of the chambers. At the same time the lower ends of the chambers are closed by the disc. To dispense the material the barrel is rotated until the tops of the chambers are closed by the third segment and the bottoms of the chambers communicate with the openings in the disc. Other designs may utilize one or more chambers with the openings sequenced accordingly. A measuring cup with openings in one wall to hold and dispense specific quantities of water can be utilized with the dispenser when the material must be taken with water. The cup can be superimposed on the dispenser for storage.

The invention relates to a filling device, and especially relates to a quantitative filling machine for separate filling of liquid beverages and medicines; the filling machine comprises a filling tube, a liquid storage tank, a filling head, and a delivery mechanism; the filling tube is provided with electric-control filling valves, and flowmeters; a control system connected with each of the electric-control filling valves and flowmeters is disposed; the filling head is connected with the liquid storage tank through the filling tube. Present mechanical filling valves are substituted by the electric control filling valves; the filling amount is controlled by the control system according to monitoring signals of the flowmeters; and thus the quantification has high precision; When one filling is completed, no liquid supplement is required for a measuring cup, and thus the filling speed is high; no ejector pin mechanism, measuring cup and liquid-supplement mechanism thereof, or tray elevating mechanism is required to be disposed, and thus the structure is simple with less parts, and the machine is convenient for use and maintenance; the electric-control filling valves and flowmeters can be replaced directly; the machine is convenient for dismounting, and only has requirements for the corresponding relation of a container bottle and the filling head; therefore the maintenance, adjustment and calibration are simple, and the equipment utilization rate is high.

The invention discloses a monitoring device for a viscoelastic strength of blood. The monitoring device comprises a supporting plate, a detection mechanism, a vibration mechanism and a measuring cup, wherein the detection mechanism is internally provided with a laser transmitter and an angular displacement sensor; a probe is provided with a mirror surface; the vibration mechanism comprises a guide rod, a rotary ring, a driving device, a cup frame and a cup cavity; the measuring cup comprises a cup body, a cup head and a heavy block embedded in the cup head; the detection mechanism is externally sleeved with a rotary bearing; the rotary ring is fastened on the rotary bearing. According to the monitoring device for the viscoelastic strength of the blood, the vibration mechanism is used for carrying out regular vibration on a blood sample in the measuring cup to simulate a physiological environment in which in-vivo thrombi is formed; an optical lever method replaces a traditional electromagnetic measurement method to be used for detecting so that the measurement precision and the flexibility are obviously improved; the device is simple and practical in structure, small in mechanism friction, accurate in probe positioning and high in measurement precision, and can meet the requirements of current clinical blood coagulation detection analyses.

A measuring cup includes a wall structure surrounding a holding space to hold contents, an opening exposing the holding space, and a surface pattern provided on the wall structure. The surface pattern includes a plurality of concave patterns superposed on each other. Each concave pattern is vertically concave such that edges therebetween are protruded to form a plurality of first visually observable lines indicative of a first set of predetermined volumes within the holding space.

The invention discloses a volume adjustable filling device. The volume adjustable filling device is characterized in that a rotary table is provided with a certain quantity of through upper measuring cups, wherein a tray is arranged under the rotary table in a sleeving manner, and is provided with a certain quantity of through lower measuring cups corresponding to the upper measuring cups; an adjusting bracket is arranged on at the part of a main shaft of the rotary table, which is below the tray; a sealing cover is fixedly arranged on the adjusting bracket, and props against lower openings of the lower measuring cups on the tray; a blanking opening is formed in the sealing cover corresponding to one lower measuring cup; and furthermore, the volume adjustable filling device comprises a lifting device which is arranged under the adjusting bracket and is used for pushing the tray to move up and down. According to the volume adjustable filling device, the volume of the measuring cups is controlled by the lifting device and a manner of forming the blanking opening in the sealing cover is utilized to meet the requirements on opening and closing states of the lower openings of the lower measuring cups.

The invention discloses an intelligent rainfall monitoring system and an installation structure, wherein the intelligent rainfall monitoring system comprises an embedded ARM processing unit, a temperature sensor, a humidity sensor, an infrared detector, a photo sensor, an AD converter connected with an ultrasound water level detector, a combined aural and visual alarm, a color lattice liquid crystal display, a solenoid valve, a USB transfer device, an upper computer processing system and a calendar clock, and adopts multiple communication modes of wireless, serial ports, USB, RF(radio frequency) or Bluetooth wireless meter reading; a power supply adopts solar energy, a storage battery or alternating current; and a touch keypad and a touch screen keypad are adopted. A main support is installed on a base, the upper part of the main support is connected to a solar-cell panel, and the lower part of the main support is connected to the color lattice liquid crystal display, the embedded ARM processing unit, a function keypad and the temperature and the humidity sensors; and the main support is connected to a rain accepting device and a measuring cup by a plurality of auxiliary supports, the photo sensor is arranged on the rain accepting device, and an ultrasonic sensor is arranged on the upper part of the measuring cup.

A closure element for a mixing container of a blender, which comprises a pouring area for ingredients, the pouring area having an outlet opening into the underlying container of the blender, and comprises a measuring area which is disposed next to or under the pouring area and is separated from the pouring area.

One or more measuring cups or spoons include a handle and a measuring container. The measuring container is formed with a volumetric capacity such as a fraction of a cup, a teaspoon, or a tablespoon. The handle of a first measuring container includes a feature that interacts with a complementary feature on the handle of a second measuring cup to secure the first and second cups together. In one version, a downwardly extending rib on the handle of a first measuring container is received within a channel formed on the handle of a second measuring container. A set of containers is formed in which each of the containers has an attachment feature allowing the set to be attached together.

The invention provides a measuring cup type metering mechanism without a bin gate. The metering mechanism comprises a mounting frame, a driving motor, a material circular disc, a shaft seat and a metering disc main shaft, wherein the shaft seat is fixed on the mounting frame, the metering disc main shaft is sheathed on the shaft seat and driven by the driving motor to rotate, and the material circular disc is mounted at the top end of the metering disc main shaft; an upper sleeve sheathed on the metering disc main shaft is connected on the upper side of the shaft seat, and a blanking disc sheathed at the upper part of the metering disc main shaft is fixedly arranged at the top end of the upper sleeve; a middle disc is arranged between the material circular disc and the blanking disc, the middle disc is fixed on a middle disc base sheathed at the upper part of the metering disc main shaft, and the lower end of the middle disc base is fixed in a central inner cavity of the upper sleeve and the blanking disc and can rotate relatively to the blanking disc; and a plurality of groups of upper and lower measuring cups, which are paired and connected in up-and-down sliding manner, are respectively correspondingly arranged on the material circular disc and the middle disc, a concave ring groove matched with lower ports of the lower measuring cups on the middle disc is arranged on the blanking disc, and a discharge nozzle running through a through hole in the concave ring groove is mounted at the lower end of the blanking disc.

The invention relates to a high-resolution tipping bucket rain gauge device with the error correction function. The high-resolution tipping bucket rain gauge device comprises a tipping bucket rain gauge, and is characterized by further comprising a rainfall intensity simulator arranged at the top end of the tipping bucket rain gauge, the tipping bucket rain gauge is connected with an error corrector through a rainfall signal line, the rainfall intensity simulator comprises a measuring cup body, a measuring cup neck, a measuring cup cover, an air inlet valve, a ventilation pipe, a water discharge pipe and a water discharge pipe plug, the measuring cup neck and the air inlet valve are arranged on the upper portion of the measuring cup body, the ventilation pipe is arranged in an inner groove in the body wall of the measuring cup body and is connected with the air inlet valve, and the error corrector comprises a CPU intelligent control panel, a liquid crystal display, a tipping bucket rain gauge interface, a state switching interface and a pulse output interface. By means of the high-resolution tipping bucket rain gauge device, the measurement result of the 0.1 mm tipping bucket rain gauge can be corrected in real time, the measurement error of the tipping bucket rain gauge is greatly reduced, for example, the measurement error of the 0.1 mm tipping bucket rain gauge can be reduced to +/-3% from the current +/-18%, and therefore the measurement accuracy of outdoor rainfall is greatly improved.

The invention discloses a valve regulated lead acid battery filling system, which comprises a filling device, an acid cooling device and an acid pumping device. The filling device comprises an acid storage barrel and a plurality of quantitative measuring cups, and each quantitative measuring cup is placed in the acid storage barrel and used for filling acid into a valve regulated lead acid battery. The acid cooling device is connected with the filling device through an acid inlet tube and used for cooling acid liquor within a threshold value range of the valve regulated lead acid battery. One end of the acid pumping device is connected with the filling device through an acid outlet tube while the other end of the acid pumping device is connected with the acid cooling device, and the acid pumping device is used for pumping the acid liquor in the acid storage barrel of the filling device back to the acid cooling device. Compared with the prior art, the valve regulated lead acid battery filling system in the embodiment is improved based on an existing filling system, the acid cooling device and the acid pumping device are added on the basis of the filling device, the acid cooling device is used for providing qualified cooled acid to the filling device, and the acid pumping device is used for timely pumping the acid liquor in the acid storage barrel of the filling device to the acid cooling device for cooling, so that the acid liquor filled into the valve regulated lead acid battery is kept to be cooled, and the quality of the valve regulated lead acid battery is improved.

The invention discloses a quantitative filling machine, particularly a quantitative filling machine for charging the liquid drink and medicament. Aim at the current shortness of the quantitative filling machine, the present invention provides a quantitative filling machine which can avoid the liquid foaming during measuring cup liquid supply, comprising a frame, a liquid storage cylinder, a measuring cup and its liquid supply passage, a filling head and its air discharge passage and a filling pipe. The measuring cup and the liquid storage cylinder are arranged at a fixed position. The height of the bottom of the measuring cup is lower than the liquid level height of the liquid storage cylinder. An isopiestic passage is disposed on the top of the measuring cup. The liquid supply passage and the isopiestic passage are separated and arranged on the bottom of the measuring cup. During filling, the liquid supply passage is sealed by the switch valve. The quantitative filling machine is suitable for quantitatively filling liquids such as wine, drink and medicament.

An apparatus for storing, dispensing, and measuring dry granular and powdered materials with an adjustable measuring cup device to which the apparatus may be removably attached for separate use, the measuring cup device capable of accurately measuring a desired volume of the materials dispensed from the apparatus, a main housing having a container reservoir for storing the materials to be dispensed, a housing compartment for housing the measuring cup device therein; a dispensing hole in between the container reservoir and the housing compartment, and a dispensing disc with an outwardly extending lever for opening and closing the dispensing hole for filling the measuring cup device. A preferred embodiment includes the filling hole of the top wall includes a removably attached air-tight lid for covering the container reservoir and to help preserve the freshness of the materials stored in the container cavity.

The invention relates to the technical field of material packaging, in particular to an automatic packaging machine. Aiming to solve the problem that viscous materials with specified values cannot be automatically measured in the prior art, the invention provides the following technical scheme: the automatic packaging machine comprises a rack (4), conveying equipment, packaging equipment (23) and an automatic control circuit and is characterized in that a measuring device comprises a turntable mechanism and a knockout mechanism; the turntable mechanism comprises a turntable (16) and a rotating submechanism for driving and controlling the turntable (16) to rotate; the turntable (16) is internally provided with more than one measuring cup (21); a feeding device conveys materials into the measuring cup (21), and the materials in the measuring cup (21) are separated by the knockout mechanism and conveyed to the packaging equipment (23) for packaging after the turntable (16) rotates for a specified angle. The automatic packaging machine provided by the invention can be used for automatically measuring the viscous materials with the specified values and the like.