The detection of a use status of an object. To ascertain the use status, i.e., the decision as to whether or not an object is presently in use, using sensor data of multiple sensors provided at the object. For this purpose, in particular, the individual results about the use status may be correlated with one another. When needed, additional sensors may be activated and incorporated in the evaluation.

The present invention relates generally to a device which is directed toward a compact, portable, lightweight and modular device for the integrity testing of equipment to determine fluid pressure, temperature and flow rates at specific locations throughout a system. The present invention provides the ability and capability to acquire data via immediate, intermediate or distanced pressure and temperature monitoring, observation and collection. Said results may be directly monitored, at an immediate, intermediate or distanced proximity, and thereby collected and digitally stored and/or transmitted, via real-time data collection and transmission, to an on-site or off-site operator or manager for remote active or passive data collection, data monitoring, data analysis and data management.

The electric screwdriver apparatus control method is executed by an electric screwdriver apparatus. A processing module of the electric screwdriver apparatus loads a configuration data, and the processing module controls a motor module to accelerate a rotational speed to a target rotational speed. When a revolution number exceeds a first revolution number, the processing module controls the motor module to decelerate to a first rotational speed. When a torque value exceeds a first torque value, the processing module determines whether a fastening process of a screw ends with a hard stop or a soft stop according to the configuration data. If the fastening process ends with the hard stop, then the screw is additionally tightened for a hard stop angle, vice versa. The processing module tightens the screw according to the configuration data, the torque value and a rotational speed value, improving the process of fastening the screw.

The electric screwdriver apparatus control method is executed by an electric screwdriver apparatus. A processing module of the electric screwdriver apparatus loads a configuration data, and the processing module controls a motor module to accelerate a rotational speed to a target rotational speed. When a revolution number exceeds a first revolution number, the processing module controls the motor module to decelerate to a first rotational speed. When a torque value exceeds a first torque value, the processing module determines whether a fastening process of a screw ends with a hard stop or a soft stop according to the configuration data. If the fastening process ends with the hard stop, then the screw is additionally tightened for a hard stop angle, vice versa. The processing module tightens the screw according to the configuration data, the torque value and a rotational speed value, improving the process of fastening the screw.

The present disclosure is directed to enabling detection of microbending even in a case where a microbending loss varies.

The present disclosure relates to a device that measures a transmission loss in a measured optical fiber to be targeted, and detects microbending in the measured optical fiber based on periodicity of the transmission loss.

The present disclosure is directed to enabling detection of microbending even in a case where a microbending loss varies.

The present disclosure relates to a device that measures a transmission loss in a measured optical fiber to be targeted, and detects microbending in the measured optical fiber based on periodicity of the transmission loss.

An improved crib is disclosed herein. The crib of the present disclosure has numerous benefits over the prior art, wherein one of the benefits is that children placed within the crib may not feel like they are trapped within a cage. In general, the crib disclosed has screens on all four sides of the crib. The screens at least comprise visual display surfaces on the faces of the screens directed toward the inside of the crib, wherein the mattress and child are located. The visual display surfaces may be operable to display calming scenery or educational content for the child in the crib. Many more embodiments are disclosed herein that are within the scope of this inventive concept.

An improved crib is disclosed herein. The crib of the present disclosure has numerous benefits over the prior art, wherein one of the benefits is that children placed within the crib may not feel like they are trapped within a cage. In general, the crib disclosed has screens on all four sides of the crib. The screens at least comprise visual display surfaces on the faces of the screens directed toward the inside of the crib, wherein the mattress and child are located. The visual display surfaces may be operable to display calming scenery or educational content for the child in the crib. Many more embodiments are disclosed herein that are within the scope of this inventive concept.

A system is described that generates insights on the consumption or usage behavior of a product by analyzing the real-time usage of the product by one or more users. The product is placed on the measuring device for continuous monitoring of the usage of the product by those one or more users in real-time. The measuring device includes a sensor unit that generates weigh data, motion data, location data, and time consumed data of the product and transmits to a computing device. A communication device records the consumption or usage of the product by a user, along with feedback from the user. The computing device generates insights based on the sensed data generated by the measuring device, and recording and feedback at the communication device. The computing device generates reports—one for the user, and one for a merchant of the product and/or similar products—including respective insights.

A system for distribution transformer monitoring may comprise a distribution transformer that includes a transformer fluid tank, a monitoring unit that includes a plurality of sensors, wherein the monitoring unit is coupled to the distribution transformer, and wherein the plurality of sensors comprises a fluid sensor that includes a sensor probe that extends out of the monitoring unit into the transformer fluid tank of the distribution transformer, and a communication unit coupled to the distribution transformer and communicatively coupled to the monitoring unit. The monitoring unit may further comprises a sensor module to receive sensor data from the plurality of sensors, a storage module to store the sensor data in an internal data storage device of the monitoring unit, an analysis module to analyze the sensor data to determine generated data, and a communication module to communicate the sensor data or the generated data to a remote computing device.