Other

Salesforce Com, Inc.

Gregory H Rice

Mark M Gottlieb

Pradeep M Bhagwat

Vitaly Gordon

Michael C Thompson

Thomas F Roche

Kit Pang Szeto

Ka Hou Chan

Stephen S Thompson

Shaun Senecal

Thomas Gerber

Ji Oh Yoo

Methods, systems, and devices for multi-tenant workflow processing are described. In some cases, a cloud platform may utilize a set of pre-defined batch processes (e.g., workflow templates) and tenant-specific configurations for instantiating and executing tenant-specific batch processes for each tenant of a user. As such, the cloud platform may utilize common data process workflows for each tenant, where a configuration specifies tenant-specific information for the common data process workflows. The workflow templates may include a set of job definitions (e.g., actions for a server to execute) and a schedule defining the frequency for running the templates for a specific project. The configurations may indicate a tenant to execute the workflow templates for, and may include tenant-specific information to override default template information. The cloud platform or a designated server or server cluster may instantiate and execute workflows based on one or more combinations of configurations and indicated workflow templates.

Template-driven multi-tenant workflow processing

An ergonomic lower arm sususpension for use in repetitive hand movements when working with a work piece. The repetitive movements can be, for example, use of a data entry device such as a keyboard, a computer mouse, a ten-key adding machine, small parts assembly, and the like. The responsiveness of the lower arm suspension enables the device to follow the limited working movement of the hand while supporting correct ergonomic posture, and may either be stationary during use or may move about the work surface during use.

Ergonomic lower arm support rest

Disclosed is a palm rest (220) for use with a computer data entry device such as a computer keyboard (222) that minimizes an alleviated posture- and stress-related disorders associated with the use of computer devices. The palm rest includes a hand-support section (226) that is substantially rectangular-shaped to allow the fingers of a user to readily access the computer keyboard, a base (224), and a curvilinear section (226) that couples the hand-support section to the base. The curvilinear section allows a user to adjust the height of the hand-support section according to user preference and the heights of individual data entry devices.

Ergonomic data entry device

Lower arm support rest

Disclosed is a palm rest (220) for use with a computer data entry devices such as a computer keyboard (222) that minimizes an alleviated posture- and stress-related disorders associated with use of computer devices. The palm rest includes a hand-support section (226) that is substantially rectangular-shaped to allow the fingers of a user to readily access the computer keyboard, a base (224), and a curvilinear section (226) that couples the hand-support section to the base. The curvilinear section allows a user to adjust the height of the hand-support section according to user preference and the heights of individual data entry devices.

Palm rest for use with computer data entry devices

Disclosed is a palm rest (94) for use with a computer pointing device such as a computer mouse (99) that minimizes an alleviated posture- and stress-related disorders associated with use of computer devices. The palm rest includes a hand-support section (96) that is V-shaped to allow the finger (97) and thumb (98) of a user to readily access the computer mouse, a platform section (100), and a curvilinear section (102) that couples the hand-support section to the platform section. The curvilinear section allows a user to adjust the height of the hand-support section according to user preference and the heights of individual pointing devices. Also disclosed is a pair of left (161) and right (163) platform sections that, when releasably attached to a computer keyboard (164) or portable computer, provide stability to the computer keyboard. Further, a portable computer (182) is disclosed that includes a base component (184), telescoping component (186) and cavity (194) that work together to house a pointing device (180). The telescoping component is extended outwardly when the pointing device is being used, providing a platform for the pointing device.

Palm rest for use with computer pointing devices

A microprocessor controlled automobile security system provides several features for enhanced operability. The system allows a receiving unit to learn a plurality of operating codes from a plurality of uniquely coded transmitters with which it can operate, thereby allowing each transmitting unit to be sold separately from each receiving unit. The system also allows for an operator to personally set the threshold at which a signal detected by a shock detector will result in an alarm being triggered. The system is further selectively operable in either a manual arming mode or a passive arming mode. The system also allows selective operation in either a full current sensing mode in which either a detected shock above an absolute threshold or a .DELTA. threshold, or current flow above a predetermined level, will trigger an alarm system or operation in a shock and current integration mode in which if a detected current exceeding a predetermined threshold and a shock above an absolute or .DELTA. threshold is required to trigger the alarm or a much greater current flow is required to trigger the alarm system.

Growing community of inventors

Mercer Island, WA, United States of America

Gregory H Rice