A device receives a first signal where the first signal includes information about a location or a position of a user. The device determines the location or the position of the user based on the information. The device may determine at least one of an adjusted height value or an adjusted angle value of a display based on the location or the position of the user. The device sends to a control motor a second signal, the second signal including the adjusted angle value or the adjusted height value. Responsive to receiving the second signal, a control motor performs at least one of: adjust a rotatable bracket based on the adjusted angle value, or adjust an adjustable height pole based on the adjusted height value. The controller device may determine the location or the position of the user based on the user profile.

A control method includes, in response to detecting that an external device is in a target positional relationship with an electronic device, adjusting a working parameter of a supporting assembly of the electronic device, so that the supporting assembly is in a normal working state. In the normal working state, the supporting assembly is able to support the electronic device in different postures.

A control method includes, in response to detecting that an external device is in a target positional relationship with an electronic device, adjusting a working parameter of a supporting assembly of the electronic device, so that the supporting assembly is in a normal working state. In the normal working state, the supporting assembly is able to support the electronic device in different postures.

Systems, devices, and methods are provided for pulsed strain gauge topologies. A weight sensor assembly may comprise one or more load cells for receiving excitation pulses during a first state period of a duty cycle, sample and hold (S/H) circuitry connected to the one or more load cells that holds analog measurement signals from the one or more load cells, first filtering circuitry connected to the S/H circuitry for processing the analog measurement signals and producing a DC level signal, an amplification system connected to the filtering circuitry, for amplifying the DC level signal, second filtering circuitry connected to the amplification system for filtering power line noise, and analog-to-digital (ADC) circuitry connected to the second filtering circuitry. Examples of load cells described herein include full-bride load cells (FBLCs) and half-bridge load cells (HBLCs).

A containment vessel and weight gauge combination assembly for weighing food placed in a container includes a container with an upper edge forming an opening into the container. A scale is coupled to the container and positioned at the bottom of the container for weighing food positioned in the container. A display screen for displaying the weight of the food is positioned in the interior of the container near the upper edge.

A containment vessel and weight gauge combination assembly for weighing food placed in a container includes a container with an upper edge forming an opening into the container. A scale is coupled to the container and positioned at the bottom of the container for weighing food positioned in the container. A display screen for displaying the weight of the food is positioned in the interior of the container near the upper edge.

Systems and methods for single draft weighing of a moving vehicle. A method includes providing a weighbridge disposed in the path of the moving vehicle, monitoring a signal from a weight sensor operably connected to the weighbridge for a weight sensor threshold to determine a scale entry time, sampling a stream of data based on the signal from the weight sensor as the vehicle moves across the weighbridge, wherein the sampling occurs for a predetermined data acquisition time duration; verifying that the entire weight of the vehicle was supported by the weighbridge for at least the data acquisition time duration; and in response to the verifying, calculating a single draft weight of the entire vehicle based on the sampled stream of data from the weight sensor.

Aspects of the disclosure are directed to an augmented-capability container. In accordance with one aspect, the disclosure includes a housing; a space within the housing for holding a user content; a weighing system for measuring a weight value of the user content; a floor panel within the housing, wherein the placement of the floor panel determines a first area dimension for the space and a second area dimension for housing the weighing system; one or more sensors configured to detect absence of any built-in component; and a processor coupled to the one or more sensors, the processor configured to calculate a tare weight value based on the absence and to use the tare weight value to add to the weight value of the user content to generate a composite weight value for display.

Aspects of the disclosure are directed to an augmented-capability container. In accordance with one aspect, the disclosure includes a housing; a space within the housing for holding a user content; a weighing system for measuring a weight value of the user content; a floor panel within the housing, wherein the placement of the floor panel determines a first area dimension for the space and a second area dimension for housing the weighing system; one or more sensors configured to detect absence of any built-in component; and a processor coupled to the one or more sensors, the processor configured to calculate a tare weight value based on the absence and to use the tare weight value to add to the weight value of the user content to generate a composite weight value for display.