Abstract: Historical and seasonal data is obtained by an agricultural work machine. The historical data provides historical values of agricultural characteristics, which may or may not be geolocated, and the seasonal data provides seasonal values of agricultural characteristics corresponding to a current season. A predictive map generator generates a predictive map that predicts an agricultural characteristic, such as crop state, at different locations in the field based on a relationship between the historical values of agricultural characteristics in the historical data and based on the seasonal values of agricultural characteristics in the seasonal data at those different locations. The predictive map can be output and used in automated machine control.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: A vertically adjustable desk benching system wherein a plurality of desks may be joined together. The vertically adjustable desks may each have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable support legs may be telescoping legs. The benching system may include a main bracket which attaches to a plurality of adjoining vertically adjustable desks while a first and a second end bracket may attach front facing desks on either side of the centrally adjoining main bracket.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: A vertically adjustable desk benching system wherein a plurality of desks may be joined together. The vertically adjustable desks may each have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable support legs may be telescoping legs. The benching system may include a main bracket which attaches to a plurality of adjoining vertically adjustable desks while a first and a second end bracket may attach front facing desks on either side of the centrally adjoining main bracket.

Abstract: A vertically adjustable desk with an under carriage mounting system is described. The vertically adjustable desk may have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable telescoping support legs may be height adjustable by at least one electronic motor. The under-carriage mounting system may include a first and a second U-shaped support bracket that each receives a first and second runner support, the U-shaped brackets affixed to respective first and second vertically adjustable telescoping support legs. The U-shaped support brackets may be used to mount accessories underneath the work surface.

Abstract: A vertically adjustable desk benching system wherein a plurality of desks may be joined together. The vertically adjustable desks may each have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable support legs may be telescoping legs. The benching system may include a main bracket which attaches to a plurality of adjoining vertically adjustable desks while a first and a second end bracket may attached front facing desks on either side of the centrally adjoining main bracket.

Abstract: An adjustable power and data rail for static height and vertically adjustable desks. The adjustable power and data rail fits between the static height and vertically adjustable desks and expands as needed either horizontally or vertically to match the installation configuration with paired multiple desks. The power and data rail provides connectivity for each of the static height or vertically adjustable desks to data and power connectors.

Abstract: A vertically adjustable desk with an under carriage mounting system is described. The vertically adjustable desk may have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable telescoping support legs may be height adjustable by at least one electronic motor. The under-carriage mounting system may include a first and a second U-shaped support bracket that each receives a first and second runner support, the U-shaped brackets affixed to respective first and second vertically adjustable telescoping support legs. The U-shaped support brackets may be used to mount accessories underneath the work surface.

Abstract: A vertically adjustable desk benching system wherein a plurality of desks may be joined together. The vertically adjustable desks may each have a planar work surface and telescoping support legs which are operable to raise and lower the work surface. The vertically adjustable support legs may be telescoping legs. The benching system may include a main bracket which attaches to a plurality of adjoining vertically adjustable desks while a first and a second end bracket may attached front facing desks on either side of the centrally adjoining main bracket.

Abstract: A power adapter for a peripheral device such as portable electronics device is disclosed. The power adapter includes a housing that contains electrical components associated with the power adapter. The power adapter also includes a data port provided at a surface of the housing. The data port is configured to provide external power to the peripheral device.

Abstract: Circuits, methods, and apparatus that may improve networking techniques for transferring data among various electronic devices. One example may provide sharing data among various devices by daisy-chaining devices together. That is, several devices may be connected to each other through a series of cables to form a chain of devices. In this physical configuration, data may be shared among multiple devices using a series of single-hop virtual tunnels. Alternatively, a number of tunnels may be formed by a host device, each having a target device in the daisy chain. Each tunnel may originate at the host device and terminate at their target device. Each tunnel may bypass devices between the host device and the tunnel's target device. These two techniques may also be combined. Another example may provide a method of simplifying the routing of high-speed data signals through a network topology.

Abstract: A power adapter for a peripheral device such as portable electronics device is disclosed. The power adapter includes a housing that contains electrical components associated with the power adapter. The power adapter also includes a data port provided at a surface of the housing. The data port is configured to provide external power to the peripheral device.

Abstract: Circuits, methods, and apparatus that may improve networking techniques for transferring data among various electronic devices. One example may provide sharing data among various devices by daisy-chaining devices together. That is, several devices may be connected to each other through a series of cables to form a chain of devices. In this physical configuration, data may be shared among multiple devices using a series of single-hop virtual tunnels. Alternatively, a number of tunnels may be formed by a host device, each having a target device in the daisy chain. Each tunnel may originate at the host device and terminate at their target device. Each tunnel may bypass devices between the host device and the tunnel's target device. These two techniques may also be combined. Another example may provide a method of simplifying the routing of high-speed data signals through a network topology.

Abstract: Circuits, methods, and apparatus that may improve networking techniques for transferring data among various electronic devices. One example may provide sharing data among various devices by daisy-chaining devices together. That is, several devices may be connected to each other through a series of cables to form a chain of devices. In this physical configuration, data may be shared among multiple devices using a series of single-hop virtual tunnels. Alternatively, a number of tunnels may be formed by a host device, each having a target device in the daisy chain. Each tunnel may originate at the host device and terminate at their target device. Each tunnel may bypass devices between the host device and the tunnel's target device. These two techniques may also be combined. Another example may provide a method of simplifying the routing of high-speed data signals through a network topology.

Abstract: Methods and apparatus for dynamically allocating resources to a plurality of controllers are disclosed. In one embodiment, the controllers comprise multiple types of Universal Serial Bus compliant controllers. When a USB-compliant device is detected, one or more determinations are made regarding the detected device such as the supported data transfer speed capabilities. Based on the one or more determinations, the device is directed to an appropriate controller.