Abstract: The present disclosure relates to a catheter hanging system for the purpose of storing catheters or similar medical devices while continuously weighing the catheters. The catheter hanging system includes a plurality of hooks, a plurality of load cells, and at least one circuit board. Each load cell of the plurality of load cells is configured to continuously measure a weight being applied to each hook of the plurality of hooks. The at least one circuit board is configured to receive signals from the plurality of load cells.

Abstract: The present invention relates to a basket scale assembly, the basket scale assembly including a cable management assembly and a scale. The cable management assembly includes a cable chain assembly, a rail clip attached to the cable chain assembly, a cable track assembly attached to the cable chain assembly, a bottom attachment configured to receive the cable track assembly, and a top attachment configured to connect to the bottom attachment. The cable management assembly further includes a plurality of wires configured to be received by the cable track assembly. The scale includes a bottom plate, at least one load cell aligned with the bottom plate and configured to measure a weight, a plurality of top plates mounted to the bottom plate, and a circuit board being configured to receive signals from the at least one load cell.

Abstract: A load cell conditioning machine is provided. The load cell conditioning machine includes a frame assembly; a weight platform assembly mounted within the frame assembly; one or more load arm assemblies in operative communication with the weight platform assembly; one or more load cell fixture support assemblies in operative communication with the load arm assembly; and a motor mount assembly mounted within the frame assembly to provide power to the weight platform assembly. One or more load cells are securable within the one or more load cell fixture support assemblies and the one or more load arm assemblies. The motor mount assembly powers the weight platform assembly to condition the one or more load cells by applying a load beyond a rated capacity of the one or more load cells.

Abstract: The present invention relates to a basket scale assembly, the basket scale assembly including a cable management assembly and a scale. The cable management assembly includes a cable chain assembly, a rail clip attached to the cable chain assembly, a cable track assembly attached to the cable chain assembly, a bottom attachment configured to receive the cable track assembly, and a top attachment configured to connect to the bottom attachment. The cable management assembly further includes a plurality of wires configured to be received by the cable track assembly. The scale includes a bottom plate, at least one load cell aligned with the bottom plate and configured to measure a weight, a plurality of top plates mounted to the bottom plate, and a circuit board being configured to receive signals from the at least one load cell.

Abstract: A load cell conditioning machine is provided. The load cell conditioning machine includes a frame assembly; a weight platform assembly mounted within the frame assembly; one or more load arm assemblies in operative communication with the weight platform assembly; one or more load cell fixture support assemblies in operative communication with the load arm assembly; and a motor mount assembly mounted within the frame assembly to provide power to the weight platform assembly. One or more load cells are securable within the one or more load cell fixture support assemblies and the one or more load arm assemblies. The motor mount assembly powers the weight platform assembly to condition the one or more load cells by applying a load beyond a rated capacity of the one or more load cells.

Abstract: Methods and systems are described for scale-based inventory management and monitoring at a location, such as hospitals. Scales may be configured to receive a tray/holder for a given type of supply item, e.g., bandages or syringes. A weight determined by the scale may be associated with a given quantity of the respective item. Data around supply delivery and restocking is collected and can be used in an AI/ML model to optimize delivery routes, labor options for delivery, delivery speed, or other factors useful in optimizing supply and logistics in any location with logistics challenges.

Abstract: Methods and systems are described for scale-based inventory management and monitoring at a location, such as hospitals. Scales may be configured to receive a tray/holder for a given type of supply item, e.g., bandages or syringes. A weight determined by the scale may be associated with a given quantity of the respective item. Data around weight or quantity may be transmitted to a scale controller, which collects such data from a plurality of scales in e.g., a storeroom or cabinet. This data can be analyzed locally and/or transmitted to cloud-based or local servers for inventory management and analysis.

Abstract: The present disclosure relates to a catheter hanging system for the purpose of storing catheters or similar medical devices while continuously weighing the catheters. The catheter hanging system includes a plurality of hooks, a plurality of load cells, and at least one circuit board. Each load cell of the plurality of load cells is configured to continuously measure a weight being applied to each hook of the plurality of hooks. The at least one circuit board is configured to receive signals from the plurality of load cells.

Abstract: The present invention relates to a basket scale assembly, the basket scale assembly including a cable management assembly and a scale. The cable management assembly includes a cable chain assembly, a rail clip attached to the cable chain assembly, a cable track assembly attached to the cable chain assembly, a bottom attachment configured to receive the cable track assembly, and a top attachment configured to connect to the bottom attachment. The cable management assembly further includes a plurality of wires configured to be received by the cable track assembly. The scale includes a bottom plate, at least one load cell aligned with the bottom plate and configured to measure a weight, a plurality of top plates mounted to the bottom plate, and a circuit board being configured to receive signals from the at least one load cell.

Abstract: A load cell conditioning machine is provided. The load cell conditioning machine includes a frame assembly; a weight platform assembly mounted within the frame assembly; one or more load arm assemblies in operative communication with the weight platform assembly; one or more load cell fixture support assemblies in operative communication with the load arm assembly; and a motor mount assembly mounted within the frame assembly to provide power to the weight platform assembly. One or more load cells are securable within the one or more load cell fixture support assemblies and the one or more load arm assemblies. The motor mount assembly powers the weight platform assembly to condition the one or more load cells by applying a load beyond a rated capacity of the one or more load cells.

Abstract: A method for transferring information between multiple buyers and multiple vendors is provided. Information is received from a plurality of sources. This information corresponds to a plurality of products. This information is stored in a first database. A request is received. The request concerns a portion of the information stored in the first database. The request is then retrieved from the first database and posted to a second database. Access is provided to subsets of the second database to a plurality of subscribers.