Abstract: The present disclosure uses automated, computer-driven analysis of video feeds to extract raw motion metadata, identify moving objects and assess whether or not the moving objects are compliant with certain predefined rules. The motion can be visually plotted on a background in the form of motion trails, and a chronological plot of the motion may be provided as a menu to find anomalies through visual screening. The motion metadata may be filtered through annotations. A highlighted portion of the video feed relating to a specific topic of interest may be replayed.

Abstract: The present disclosure uses automated, computer-driven analysis of video feeds to extract raw motion metadata, identify moving objects and assess whether or not the moving objects are compliant with certain predefined rules. The motion can be visually plotted on a background in the form of motion trails, and a chronological plot of the motion may be provided as a menu to find anomalies through visual screening. The motion metadata may be filtered through annotations. A highlighted portion of the video feed relating to a specific topic of interest may be replayed.

Abstract: Artificial intelligence and computer vision analysis is used to generate ergonomics-annotated human forms and location histories in a video sequence. Video images are analyzed to identify human forms and generate a wireframe representing each human form, which is then analyzed to identify ergonomic risks which can be ranked according to severity. Severity markings for the ergonomic risks are superimposed on a location history of the human form to show the history, and the severity markings may also be superimposed on the human form, for example on a superimposed representation of the wireframe, by body region (e.g. neck, lower back).

Abstract: The present disclosure uses automated, computer-driven analysis of video feeds to extract raw motion metadata, identify moving objects and assess whether or not the moving objects are compliant with certain predefined rules. The motion can be visually plotted on a background in the form of motion trails, and a chronological plot of the motion may be provided as a menu to find anomalies through visual screening. The motion metadata may be filtered through annotations. A highlighted portion of the video feed relating to a specific topic of interest may be replayed.

Abstract: A computer-implemented method of anonymizing at least one feature in a scene comprises receiving one or more images representing the scene and applying a sorting algorithm to the image(s) to identify features within the image(s) and classify the features according to at least one predetermined feature category to produce at least one classified feature in the image(s). An annotation scheme, specifying at least one obscuring annotation type to be applied to at least one corresponding feature category, is applied to the image(s). The image(s) are then modified by, for each classified feature in the image(s) having an annotation indicating that said classified feature is in a feature category corresponding to a particular obscuring annotation type to be applied, applying the particular obscuring annotation type to that classified feature in the image(s) so that at least one identifying aspect of that classified feature is obscured within the image(s).

Abstract: A computer-implemented method of anonymizing at least one feature in a scene comprises receiving one or more images representing the scene and applying a sorting algorithm to the image(s) to identify features within the image(s) and classify the features according to at least one predetermined feature category to produce at least one classified feature in the image(s). An annotation scheme, specifying at least one obscuring annotation type to be applied to at least one corresponding feature category, is applied to the image(s). The image(s) are then modified by, for each classified feature in the image(s) having an annotation indicating that said classified feature is in a feature category corresponding to a particular obscuring annotation type to be applied, applying the particular obscuring annotation type to that classified feature in the image(s) so that at least one identifying aspect of that classified feature is obscured within the image(s).

Abstract: A machine monitoring system and method uses a machine monitoring device (MMD) which is connected to the monitored machine. Outputs from the machine are attached to input connectors on the MMD. The MMD receives inputs from the machine and performs desired transformations. Results of the transformations are stored in an on-board database system. Reports on machine status, quality, maintenance, production, and performance are generated by consulting the database system. Reports can be generated at fixed intervals or on demand and may be transmitted over a network. The MMD makes reports remotely viewable from client computing devices via web page interfaces and also allows for remote configuration of the MMD via such interfaces. The MMD also has output connectors for transmitting MMD output signals that may be used for activating buzzers, lights or email notifications that can be escalated, or pausing or stopping machines.

Abstract: A hand-held barcode scanner includes a fingerprint reader for reading fingerprint data from a digit of an operator of the barcode scanner. Preferably, an operator's digit can be comfortably placed on the fingerprint reader while the operator is scanning barcodes. This type of barcode scanner may be used with a system or method for verifying identity during data entry. A system includes the barcode scanner with fingerprint reader; a database storing identification data and fingerprint data for users; and a controller, which is in communication with the scanning element, the fingerprint reader and the database, that compares fingerprint data from a digit placed on the fingerprint reader with the database to obtain an identity of a user and then associates the identity of the user with barcodes scanned by the barcode scanner. The system may activate an alarm if the identity of the operator is not an authorized user.

Abstract: A system for managing data within an organization that is intended to provide tactical and/or role-based data. The system includes a data acquisition module, a data processing module and an output module. The data acquisition module acquires operational data and financial data related to the operational data. The data processing module is configured to: analyze the operational data to identify a variance in the operational data; determine a financial impact of the variance based on the financial data; generate an event based on the variance in the operational data; and prioritize the event based on the financial impact. The output module then outputs the event, preferably in accordance with priority. In a particular case, the event may also be categorized as relating to a particular role with the organization.

Abstract: A hand-held barcode scanner includes a fingerprint reader for reading fingerprint data from a digit of an operator of the barcode scanner. Preferably, an operator's digit can be comfortably placed on the fingerprint reader while the operator is scanning barcodes. This type of barcode scanner may be used with a system or method for verifying identity during data entry. A system includes the barcode scanner with fingerprint reader; a database storing identification data and fingerprint data for users; and a controller, which is in communication with the scanning element, the fingerprint reader and the database, that compares fingerprint data from a digit placed on the fingerprint reader with the database to obtain an identity of a user and then associates the identity of the user with barcodes scanned by the barcode scanner. The system may activate an alarm if the identity of the operator is not an authorized user.

Abstract: A machine monitoring system and method uses a machine monitoring device (MMD) which is connected to the monitored machine. Outputs from the machine are attached to input connectors on the MMD. The MMD receives inputs from the machine via the input connectors and performs desired transformations. Results of the transformations are stored in an on-board database system within the MMD. Reports on machine status, quality, maintenance, production, and performance are generated by consulting the database system. Reports can be generated at fixed intervals or on demand and may be transmitted over a network. A server, such as a web server or the like, resident within the MMD makes reports remotely viewable from client computing devices on the network via web page interfaces or the like and also allows for remote configuration of the MMD via such interfaces.

Abstract: A machine monitoring system and method uses a machine monitoring device (MMD) which is connected to the monitored machine. Outputs from the machine are attached to input connectors on the MMD. The MMD receives inputs from the machine via the input connectors and performs desired transformations. Results of the transformations are stored in an on-board database system within the MMD. Reports on machine status, quality, maintenance, production, and performance are generated by consulting the database system. Reports can be generated at fixed intervals or on demand and may be transmitted over a network. A server, such as a web server or the like, resident within the MMD makes reports remotely viewable from client computing devices on the network via web page interfaces or the like and also allows for remote configuration of the MMD via such interfaces.

Abstract: A machine monitoring system and method uses a machine monitoring device (MMD) which is connected to the monitored machine. Outputs from the machine are attached to input connectors on the MMD. The MMD receives inputs from the machine via the input connectors and performs desired transformations. Results of the transformations are stored in an on-board database system within the MMD. Reports on machine status, quality, maintenance, production, and performance are generated by consulting the database system. Reports can be generated at fixed intervals or on demand and may be transmitted over a network. A server, such as a web server or the like, resident within the MMD makes reports remotely viewable from client computing devices on the network via web page interfaces or the like and also allows for remote configuration of the MMD via such interfaces.