A foldable weighing scale includes first and second steel frames, connecting rods fastened at bottoms of the first and second steel frames, first pressure sensors fastened at ends of the connecting rods away from the first frame, second pressure sensors fastened at ends of the connecting rods away from the second frame, a display fastened on the first steel frame, and a power supply box fastened on the first steel frame. The display and the first and second pressure sensors are battery powered. There is further provided a switch button connected to a power supply box, and a rotating connection component between the first steel frame and second steel frame. The rotating connection component includes a first connector for rotating in the first steel frame and a second connector fastened on the second steel frame. Part between the first connector and second connector can rotate and is detachable.

A foldable weighing scale includes first and second steel frames, connecting rods fastened at bottoms of the first and second steel frames, first pressure sensors fastened at ends of the connecting rods away from the first frame, second pressure sensors fastened at ends of the connecting rods away from the second frame, a display fastened on the first steel frame, and a power supply box fastened on the first steel frame. The display and the first and second pressure sensors are battery powered. There is further provided a switch button connected to a power supply box, and a rotating connection component between the first steel frame and second steel frame. The rotating connection component includes a first connector for rotating in the first steel frame and a second connector fastened on the second steel frame. Part between the first connector and second connector can rotate and is detachable.

A weighing scale is disclosed. The scale includes a base, a load cell assembly coupled to the base, and a platform coupled to the load cell assembly. Also disclosed are alternative embodiments of the load cell assembly and methods of making and using the scale.

A weighing scale is disclosed. The scale includes a base, a load cell assembly coupled to the base, and a platform coupled to the load cell assembly. Also disclosed are alternative embodiments of the load cell assembly and methods of making and using the scale.

A sensor assembly for equipment for aiding the traceability of agri-food products includes: a casing having a first face, configured to be coupled to a planar structure, and a second face; a weighing device responding to a load on the second face of the casing, an inclinometer, and an accelerometer configured to supply an acceleration signal indicative of accelerations along an axis perpendicular to the first face of the container. A processing unit detects a measured weight bearing on the weighing device based on load signals supplied by the weighing device, on an inclination signal supplied by the inclinometer and on the acceleration signal supplied by the accelerometer.

A sensor assembly for equipment for aiding the traceability of agri-food products includes: a casing having a first face, configured to be coupled to a planar structure, and a second face; a weighing device responding to a load on the second face of the casing, an inclinometer, and an accelerometer configured to supply an acceleration signal indicative of accelerations along an axis perpendicular to the first face of the container. A processing unit detects a measured weight bearing on the weighing device based on load signals supplied by the weighing device, on an inclination signal supplied by the inclinometer and on the acceleration signal supplied by the accelerometer.

The invention relates to an apparatus and a method for weighing pharmaceutical containers (19) nested in a carrier (18), wherein the apparatus comprises at least one weighing device (22) and at least one receptacle (20) for the carrier (18) of the containers (19), wherein the receptacle (20) is connected to the weighing station (22) for weight detection.

The invention relates to an apparatus and a method for weighing pharmaceutical containers (19) nested in a carrier (18), wherein the apparatus comprises at least one weighing device (22) and at least one receptacle (20) for the carrier (18) of the containers (19), wherein the receptacle (20) is connected to the weighing station (22) for weight detection.

A method of weighing using a scale (10) comprises the steps of: recognizing at least one of a plurality of objects placed within an object recognition area (A) of a platform (20) of the scale (10), and weighing the plurality of objects placed on the platform (20) of the scale (10) to determine a total weight of the plurality of objects. A weighing device (10) comprises the platform (20) configured as a plane, and utilizes the aforementioned weighing method. The method of weighing is advantageous in that it reduces the difficulty of object recognition using an algorithm by increasing the degree to which the object on the weighing platform fits the algorithm, reduces the complexity of the operation flow and the time required, and effectively increases the precision and accuracy of object recognition.

A method of weighing using a scale (10) comprises the steps of: recognizing at least one of a plurality of objects placed within an object recognition area (A) of a platform (20) of the scale (10), and weighing the plurality of objects placed on the platform (20) of the scale (10) to determine a total weight of the plurality of objects. A weighing device (10) comprises the platform (20) configured as a plane, and utilizes the aforementioned weighing method. The method of weighing is advantageous in that it reduces the difficulty of object recognition using an algorithm by increasing the degree to which the object on the weighing platform fits the algorithm, reduces the complexity of the operation flow and the time required, and effectively increases the precision and accuracy of object recognition.