Abstract: Various examples of the invention conduct a purchase transaction with a first sensor that senses removal or return of a first item from a first region; a computer vision sensor that senses removal or return of a second item from the first region; a transaction detector that determines an accuracy that the sensed removal or return of the first item by the first sensor and the sensed removal or return of the second item by the computer vision sensor correspond to a single event of removal or return of an item by a consumer and that forwards, to a machine learning tool, information associated with the sensed removal or return of the first item by the first sensor and information associated with the sensed removal or return of the second item by the computer vision sensor when the accuracy is less than an accuracy threshold; the machine learning tool that verifies or corrects the information associated with the sensed removal or return of the first item or the information associated with the sensed removal or ret

Abstract: An automated store includes a modular shelving structure and an autonomous robotic apparatus that operates to transfer items to and from the shelving structure.

Abstract: Apparatuses and methods provide an automated store with a number of product locations and a fetch and delivery bucket that conveys product from a shelf location to a delivery location. Cameras and sensors within the automated store acquire data that may be stored in a remote database and analyzed to improve the reliability of the delivery process. Camera images may also be used to re-position the fetch and delivery bucket in real time, to provide images of actual, available product to consumers via a remote interface, to determine inventory, and to monitor the activities of replenishers and service personnel, and to generally operate the automated store remotely.

Abstract: Methods and apparatuses provide a vending machine with a dispenser the moves product from a shelf to a conveyor bucket. The dispenser includes an elongate divider with a drive gear at its bucket end. A drive gear from the bucket engages the dispenser drive gear causing a linear positioner to move a carriage along the elongate divider and toward the bucket. The movement causes product on the shelf, and between the carriage and the bucket, to be forced into the bucket.

Abstract: The present application describes methods and systems for processing transaction on a series of unattended self-service vending kiosks or machines.

Abstract: This application describes an automated inventory detection, retrieval and delivery system for traditional brick and mortar retail locations. The automated inventory detection, retrieval and delivery system may be retrofitted to existing brick and mortar retail locations to enable contactless ordering and retrieval of items.

Abstract: Apparatuses and methods provide an automated store with a number of product locations and a fetch and delivery bucket that conveys product from a shelf location to a delivery location. Cameras and sensors within the automated store acquire data that may be stored in a remote database and analyzed to improve the reliability of the delivery process. Camera images may also be used to re-position the fetch and delivery bucket in real time, to provide images of actual, available product to consumers via a remote interface, to determine inventory, and to monitor the activities of replenishers and service personnel, and to generally operate the automated store remotely.

Abstract: A method of actuating at least one of a plurality of downhole tools connected to at least one hydraulic fluid line is disclosed. The method includes the steps of:— a) providing each of the downhole tools with a control unit comprising a timer which permits fluid communication between the at least one hydraulic fluid line and the downhole tool during a window of time; and b) controlling the pressure in the at least one hydraulic fluid line for at least a sufficient period of time required to at least actuate the said downhole tool, wherein the said sufficient period of time coincides at least partially with the said window of time.

Abstract: Apparatuses and methods provide an automated store with a number of product locations and a fetch and delivery bucket that conveys product from a shelf location to a delivery location. Cameras and sensors within the automated store acquire data that may be stored in a remote database and analyzed to improve the reliability of the delivery process. Camera images may also be used to re-position the fetch and delivery bucket in real time, to provide images of actual, available product to consumers via a remote interface, to determine inventory, and to monitor the activities of replenishers and service personnel, and to generally operate the automated store remotely.

Abstract: Methods and apparatuses provide a vending machine with a positioning system connected to a dispensing chassis. The dispensing chassis includes a retractable partition. The positioning system moves the dispensing chassis to receive product from a shelf of the vending machine and closes the retractable partition. The positioning system moves the dispending chassis and product to a dispensing position. A dispensing door is raised allowing a user to remove the product. With the door raised the retractable partition and chassis prevent unauthorized user access to other products within the vending machine.

Abstract: Methods and apparatuses provide a vending machine with a dispenser the moves product from a shelf to a conveyor bucket. The dispenser includes an elongate divider with a drive gear at its bucket end. A drive gear from the bucket engages the dispenser drive gear causing a linear positioner to move a carriage along the elongate divider and toward the bucket. The movement causes product on the shelf, and between the carriage and the bucket, to be forced into the bucket.

Abstract: A method of actuating at least one of a plurality of downhole tools (10) connected to at least one hydraulic fluid line (L1, L2) is disclosed. The method includes the steps of: a) providing each of the downhole tools with a control unit (20) comprising a timer which permits fluid communication between the at least one hydraulic fluid line and the downhole tool during a window of time; and b) controlling the pressure in the at least one hydraulic fluid line for at least a sufficient period of time required to at least actuate the said downhole tool, wherein the said sufficient period of time coincides at least partially with the said window of time.

Abstract: A method of actuating at least one of a plurality of downhole tools connected to at least one hydraulic fluid line is disclosed. The method includes the steps of:— a) providing each of the downhole tools with a control unit comprising a timer which permits fluid communication between the at least one hydraulic fluid line and the downhole tool during a window of time; and b) controlling the pressure in the at least one hydraulic fluid line for at least a sufficient period of time required to at least actuate the said downhole tool, wherein the said sufficient period of time coincides at least partially with the said window of time.

Abstract: A method of actuating at least one of a plurality of downhole tools (10) connected to at least one hydraulic fluid line (L1, L2) is disclosed. The method includes the steps of: a) providing each of the downhole tools with a control unit (20) comprising a timer which permits fluid communication between the at least one hydraulic fluid line and the downhole tool during a window of time; and b) controlling the pressure in the at least one hydraulic fluid line for at least a sufficient period of time required to at least actuate the said downhole tool, wherein the said sufficient period of time coincides at least partially with the said window of time.

Abstract: Embodiments provide capacity estimates for components of a computing environment, but are not so limited. In an embodiment, a computer-implemented method includes using residual capacity estimates and smooth averages to provide point-in-time capacity estimates for resources of a computing environment. In one embodiment, a computing environment includes a capacity manager that can operate under processor control to provide capacity estimates for a collection of resources as part of a capacity monitoring and planning process. Other embodiments are included and available.

Abstract: Embodiments provide capacity estimates for components of a computing environment, but are not so limited. In an embodiment, a computer-implemented method includes using residual capacity estimates and smooth averages to provide point-in-time capacity estimates for resources of a computing environment. In one embodiment, a computing environment includes a capacity manager that can operate under processor control to provide capacity estimates for a collection of resources as part of a capacity monitoring and planning process. Other embodiments are included and available.