21results about "Weighing apparatus using fluid action balancing" patented technology

A traveling robot comprises: a lower housing; a frame assembly positioned inside the lower housing; a traveling unit position at the lower part of the frame assembly; a tray frame coupled to the upper part of the lower housing so as to extend upwardly; a load cell coupled to the tray frame; a moving bracket coupled to the upper part of the load cell; a tray holder coupled to the moving bracket and protruding through a fastening hole of the tray frame; and a tray module seated on the tray holder. By having the load cell, the traveling robot is capable of detecting whether an object placed on a tray is present or falling, toppling over, etc. and thus is capable of traveling in a stable manner.

The invention provides a lamplight platform for exhibition display, and relates to the field of exhibition display equipment, the lamplight platform comprises a base and a display platform fixedly connected to the base, two display mechanisms are arranged on the display platform, and each display mechanism comprises a display disc, a lifting plate, a spring, a vertical rod, a piston plate, an air pressure bottle and an air pressure sensor; a lifting groove is formed in the display platform, the lifting plate is in sliding fit with the lifting groove and can move up and down, the top of the lifting plate is provided with the display disc used for placing foretaste products, and the bottom of the lifting plate is connected with the bottom of the lifting groove through the spring. According to the lamplight platform for exhibition display, through the arrangement of the display mechanism, the air pressure in the air pressure bottle can be driven to change in real time through the weight of foretaste on the display disc, the taking behavior of the foretaste can be converted into a visual data curve in real time through an air pressure sensor and a computer system, and the data accuracy and timeliness are good.

Forklift truck with a force measuring device, wherein the force measuring device is designed as a bending force measuring device (2) and additionally - at least partially - as a chassis component, characterized in that the bending force measuring device (2) has at least one elastically bendable element, wherein the bendable element is designed as a bending beam, wherein the bending beam forms a measuring section (2a, 2b, 2c, 2d) on which .Deformations caused by bending loads are measurable, wherein the bending force measuring device (2) is designed as a support body with integrally formed pendulum pins (P1, P2) for suspension on a vehicle, wherein a continuous horizontal transverse recess (Q1; Q2) is incorporated adjacent to each pendulum pin (P1; P2), which is bounded above and below by a measuring section (2a; 2b; 2c; 2d), wherein the bending force measuring device (2) has at least one measuring sensor (M1; M2; M3; M4) with which a bending of the at least one elastically bendable element can be measured, and the at least one measuring sensor (M1; M2; M3; M4) is arranged in the transverse recess (Q1, Q2) of the bending force measuring device (2).

Abstract: A traveling robot comprises: a lower housing; a frame assembly positioned inside the lower housing; a traveling unit position at the lower part of the frame assembly; a tray frame coupled to the upper part of the lower housing so as to extend upwardly; a load cell coupled to the tray frame; a moving bracket coupled to the upper part of the load cell; a tray holder coupled to the moving bracket and protruding through a fastening hole of the tray frame; and a tray module seated on the tray holder. By having the load cell, the traveling robot is capable of detecting whether an object placed on a tray is present or falling, toppling over, etc. and thus is capable of traveling in a stable manner.

A ship weighing system and a weighing method thereof include a collection module, a computing server, a wireless router, a display control terminal, and a network switch, which are installed in the ship. The collection module synchronously collects water level data of a stern and trim angle data of a front portion, a middle portion, and a rear portion of the ship. The computing server respectively calculates, based on the water level data collected by the collection module, an accumulated volume of the ship below a slice section parallel to a bottom plane of the ship corresponding to the water level data and a volume of a trim wedge formed by the slice section and an actual horizontal plane. The computing server combines results and corrects a volume of a vertical arch wedge in the middle portion of the ship to obtain a displacement volume of the ship.

The invention discloses a ship weight and gravity center actual position measuring method, which is characterized by comprising the following steps in sequence: A, preparation work, B, data acquisition and C. According to the method, detection is carried out by directly utilizing the inclination change of a ship body in the process of filling fuel oil or ballast water into an empty ship, additional operation procedures are not needed, and the cost is reduced. According to the method, the gravity center coordinates of the ship are accurately measured by utilizing a moment balance principle and an inclination angle formula, ship floating states in two or more states (including an empty ship state) are accurately measured, an equation set is established, and the weight and the gravity center three-dimensional coordinates of the empty ship are used as unknown quantities to be solved. And carrying out average calculation on the final result to finally obtain four important ship stability basic parameters of the high-precision empty ship weight W and the ship barycentric coordinates XG, YG and ZG.

A weight measurement device comprises: a housing cover to receive weight of a measurement target; a plurality of load cells to support the housing cover and detect the weight; a housing base comprising, for each of the plurality of load cells, a recessed and projected shape part comprising: a recessed part open upward to at least partially contain each load cell and fix the load cell; and a projected part projected downward corresponding to the recessed part; and an adjustment leg which at least partially contains the recessed and projected shape part, and comprises an adjustment mechanism part for height position adjustment at a position opposed to a side part of the recessed and projected shape part.

Abstract: A traveling robot comprises: a lower housing; a frame assembly positioned inside the lower housing; a traveling unit position at the lower part of the frame assembly; a tray frame coupled to the upper part of the lower housing so as to extend upwardly; a load cell coupled to the tray frame; a moving bracket coupled to the upper part of the load cell; a tray holder coupled to the moving bracket and protruding through a fastening hole of the tray frame; and a tray module seated on the tray holder. By having the load cell, the traveling robot is capable of detecting whether an object placed on a tray is present or falling, toppling over, etc. and thus is capable of traveling in a stable manner.

The invention discloses a cotton yield monitoring system and a cotton picker, and relates to the technical field of agricultural sensing equipment, the cotton yield monitoring system comprises a mass flow detection unit, a moisture regain detection unit, a weighing unit and a data processing unit; wherein the mass flow detection unit is used for being installed on one side of a cotton collecting pipeline, the moisture regain detection unit is used for being installed in a packaging chamber, the weighing unit is used for being installed on the downstream of the packaging chamber, and the mass flow of cotton flowing through the cotton collecting pipeline can be detected through the mass flow detection unit; the moisture regain of the collected cotton can be detected through the moisture regain detection unit, the actual weight of the collected cotton can be measured through the weighing unit, the mass flow rate can be calibrated by the data processing unit according to the moisture regain and the actual weight, then the measured cotton yield is closer to the actual value, and the measurement precision of the system is improved.

A refrigeration appliance having sensing for load determination is disclosed, the refrigeration appliance including a shelf and a shelf support having a resilient member arranged to be compressed by the weight of food items placed on the shelf. Changes in pressure or flow of fluid in the resilient member are used to detect changes in food item weight. The appliance can be configured to perform one or more events based on the detected changes.

The invention relates to a weight identification method and device and an electronic scale, and the method comprises the steps: transmitting the pressure to a side wall sealing cavity through a rigid scale plate when a user / object covers the surface of a scale body, and enabling the gas sealed in the cavity to leak outwards from the micro-pores in the side wall of the scale body; the pressure drop rate of the sealed cavity is monitored through a pressure sensor, and when the pressure drop rate exceeds a threshold value, the total area of uncovered air holes is calculated based on the fluctuation intensity of cavity pressure change and the pressure drop duration; and inputting the total area of the uncovered air holes into a pre-stored leakage area-weight compensation mapping relation to generate a weight compensation parameter so as to realize the purpose of high-precision weight identification in a non-uniform bearing scene.

A weight measuring hitch ball assembly is described. The assembly can include a hitch ball having a ball and a lower portion. The assembly can also include a body portion defining a hitch ball opening that slidably receives the lower portion of the hitch ball. The assembly can further include a load measurement device operably associated with the body portion and the hitch ball to determine a magnitude of a force acting on the hitch ball. Additionally, the assembly can include a hitch mount interface configured to interface with an attachment structure that facilitates coupling the weight measuring hitch ball assembly to a tow vehicle.

To detect the quantity of goods using a simple configuration. [Solution] The item detection device comprises a storage section in which fluid is stored, a placement section placed on the storage section on which an item is placed, a flow section communicating with the storage section, on which the fluid moves from the storage section when an item is placed on the placement section, and an RFID medium having an IC chip and an antenna connected to the IC chip, and placed at a predetermined position in the flow section, wherein the fluid moving in the flow section changes the state of radio waves transmitted via the antenna according to the amount of items.

The invention provides a yield measuring device for rice breeding, which relates to the technical field of yield measurement and comprises a first support, a winnowing machine is arranged at the upper end of the first support, a first discharge pipe and a second discharge pipe are arranged on the surface of the winnowing machine, a yield detection structure is fixedly mounted at the tail end of the first discharge pipe, and the yield detection structure comprises a first elbow discharge pipe. By arranging a yield detection structure, the winnowing machine can screen full and empty unhusked rice through a winnowing function, so that the full unhusked rice is discharged into a first measuring cup through a first discharging pipe, a first bent pipe discharging pipe and a first concentration funnel; empty unhulled rice can enter a second measuring cup through a second discharging pipe, a second bent pipe discharging pipe and a second concentrated funnel, and at the moment, the net weight content of the unhulled rice in the first measuring cup and the net weight content of the unhulled rice in the second measuring cup can be displayed on a first electronic scale and a second electronic scale; further, the proportion of empty and shriveled rice grains and full rice grains in the batch of rice grains can be obtained, and subsequent detection is facilitated.

An apparatus for measuring the weight of a container, such as a large trash compactor, includes a base plate and a loading fixture. The loading fixture is carried by the base plate, and includes a floating plate, at least one piston coupled to the floating plate, and a pressure transducer for generating a selected signal based upon pressure in the piston.

The utility model discloses an intelligent weighing measurement and control device for a commercial vehicle. The intelligent weighing measurement and control device comprises a weighing sensor, a weighing display screen and a weighing controller, the weighing sensor is connected with the weighing controller, and the weighing display screen is connected with the weighing controller. The weighing sensor is arranged on a front axle and / or a middle axle and / or a rear axle of the commercial vehicle. According to the utility model, the weighing sensor is combined with the weighing controller to obtain the weight of the whole commercial vehicle in real time, and the weight of the whole commercial vehicle is displayed in real time through the weighing display screen, so that a driver can obtain the weight of the whole commercial vehicle in real time; while weighing is completed, the state information of the weighing sensor is obtained in real time through the weighing controller, the working state of the intelligent weighing measurement and control device is obtained, when the intelligent weighing measurement and control device is abnormal, the abnormal position is accurately positioned, a driver can conveniently and rapidly obtain the abnormal position, and the safety of the driver is improved. The overload behavior of the commercial vehicle caused by the fact that a driver does not perceive the abnormity of a traditional weighing measurement and control device in time is avoided.

A weight measurement device comprises: a housing cover to receive weight of a measurement target; a plurality of load cells to support the housing cover and detect the weight; a housing base comprising, for each of the plurality of load cells, a recessed and projected shape part comprising: a recessed part open upward to at least partially contain each load cell and fix the load cell; and a projected part projected downward corresponding to the recessed part; and an adjustment leg which at least partially contains the recessed and projected shape part, and comprises an adjustment mechanism part for height position adjustment at a position opposed to a side part of the recessed and projected shape part.

A weight measurement device comprises: a housing cover to receive weight of a measurement target; a plurality of load cells to support the housing cover and detect the weight; a housing base comprising, for each of the plurality of load cells, a recessed and projected shape part comprising: a recessed part open upward to at least partially contain each load cell and fix the load cell; and a projected part projected downward corresponding to the recessed part; and an adjustment leg which at least partially contains the recessed and projected shape part, and comprises an adjustment mechanism part for height position adjustment at a position opposed to a side part of the recessed and projected shape part.

Device for weighing ballast on a crane, with at least two ballasting cylinders (1, 1') which are designed to raise / lower the ballast (2) and which each comprise at least one pressure sensor (10, 10'; 11, 11') in the region of the piston and / or rod side, and with at least one evaluation unit (3) which is designed to calculate the mass moved by the ballasting cylinders (1, 1') from the pressures detected by the pressure sensors (10, 10'; 11, 11') when the ballasting cylinders (1, 1') are extended and retracted, excluding the frictional forces occurring in the ballasting cylinders (1, 1').

A weight measuring device is provided with: a housing cover that receives a load from a measurement object; a plurality of force measuring elements supporting the housing cover and detecting the load; a housing base having, for each of the plurality of load cells, a concavo-convex portion having a recessed portion that opens upward and that accommodates at least a portion of the load cell and fixes the load cell, and a protruding portion that protrudes downward corresponding to the recessed portion; and an adjustment leg that accommodates at least a portion of the uneven portion and has an adjustment mechanism portion that adjusts a height position at a position facing a side portion of the uneven portion.

The invention relates to a pneumatic hoist and a method for capturing and storing operating states and operating parameters of a pneumatic hoist. In order to provide a pneumatic hoist and a method for capturing and storing operating states and operating parameters of a pneumatic hoist, which allow operating states and operating parameters of the hoist to be reliably determined with a high degree of accuracy in a structurally simple manner, it is provided that the pneumatic hoist comprises a pneumatic motor for lifting and lowering a load, a first fluid inlet of the motor for lifting the load, a second fluid inlet of the motor for lowering the load and a fluid outlet exiting the motor, wherein at least one, preferably two pressure sensors are arranged in the region of the first and / or the second fluid inlet and at least one further pressure sensor is arranged in the region of the fluid outlet. Furthermore, the pneumatic hoist comprises a data processing unit which is designed to capture the pressure values of the pressure sensors and to calculate operating states and operating parameters of the hoist therefrom, and a load collective storage for storing the operating states and operating parameters of the hoist.