Abstract: Systems and methods herein provide for safe and efficient strengthening of core muscles of a user. An example device can include various components for securing a user in a safe position, tilting the body of the user, and rotating the user in a manner that engages the desired muscle groups. The device can include electronically controlled actuators and/or electric motors for performing various motions associated with the user. A control unit can gather information regarding the user and the device to provide helpful information to the user or a caretaker. For example, the control unit can track progress over time, suggest the types and intensities of exercises for individual users, and prepare reports suitable for use in medical or insurance contexts.

Abstract: Systems and methods herein provide for safe and efficient strengthening of core muscles of a user. An example device can include various components for securing a user in a safe position, tilting the body of the user, and rotating the user in a manner that engages the desired muscle groups. The device can include electronically controlled actuators and/or electric motors for performing various motions associated with the user. A control unit can gather information regarding the user and the device to provide helpful information to the user or a caretaker. For example, the control unit can track progress over time, suggest the types and intensities of exercises for individual users, and prepare reports suitable for use in medical or insurance contexts.

Abstract: Systems and methods herein provide for safe and efficient strengthening of core muscles of a user. An example device can include various components for securing a user in a safe position, tilting the body of the user, and rotating the user in a manner that engages the desired muscle groups. The device can include electronically controlled actuators and/or electric motors for performing various motions associated with the user. A control unit can gather information regarding the user and the device to provide helpful information to the user or a caretaker. For example, the control unit can track progress over time, suggest the types and intensities of exercises for individual users, and prepare reports suitable for use in medical or insurance contexts.

Abstract: Systems and methods herein provide for safe and efficient strengthening of core muscles of a user. An example device can include various components for securing a user in a safe position, tilting the body of the user, and rotating the user in a manner that engages the desired muscle groups. The device can include electronically controlled actuators and/or electric motors for performing various motions associated with the user. A control unit can gather information regarding the user and the device to provide helpful information to the user or a caretaker. For example, the control unit can track progress over time, suggest the types and intensities of exercises for individual users, and prepare reports suitable for use in medical or insurance contexts.

Abstract: Systems and methods herein provide for safe and efficient strengthening of core muscles of a user. An example device can include various components for securing a user in a safe position, tilting the body of the user, and rotating the user in a manner that engages the desired muscle groups. The device can include electronically controlled actuators and/or electric motors for performing various motions associated with the user. A control unit can gather information regarding the user and the device to provide helpful information to the user or a caretaker. For example, the control unit can track progress over time, suggest the types and intensities of exercises for individual users, and prepare reports suitable for use in medical or insurance contexts.

Abstract: A core muscle therapy apparatus is presented. The apparatus is designed to work the muscles comprising the core of a user by allowing the user's own body weight to resist the force of gravity in up to a 360 degree environment. The core muscle therapy apparatus has a base, a cage assembly, and a seat assembly.

Abstract: A core muscle therapy apparatus is presented. The apparatus is designed to work the muscles comprising the core of a user by allowing the user's own body weight to resist the force of gravity in up to a 360 degree environment. The core muscle therapy apparatus has a base, a cage assembly, and a seat assembly.

Abstract: A server manages middleware communication between the server and a plurality of client terminals through a communication network. The server includes a network interface device that communicates with the plurality of client terminals, storage that stores middleware management operational programs and data, and a processor that executes the middle management operational programs. The server implements a multi-layered marshaling process, which marshals middleware communications between the server and the plurality of terminals, and a consolidated middleware management process, which manages execution of middleware, the multi-layered marshaling process. The consolidated middleware management process is accessible to the plurality of client terminals communicating with the server via a plurality of different types of middleware.

Abstract: A server manages middleware communication between the server and a plurality of client terminals through a communication network. The server includes a network interface device that communicates with the plurality of client terminals, storage that stores middleware management operational programs and data, and a processor that executes the middle management operational programs. The server implements a multi-layered marshaling process, which marshals middleware communications between the server and the plurality of terminals, and a consolidated middleware management process, which manages execution of middleware, the multi-layered marshaling process. The consolidated middleware management process is accessible to the plurality of client terminals communicating with the server via a plurality of different types of middleware.

Abstract: A method and server manage a consolidation of multiple middleware threads, by identifying types of a plurality of middleware, selecting a main middleware from the plurality of middleware, and initializing the main middleware as a main middleware thread. The managing also includes identifying other middleware from the plurality of middleware, based on a consolidated middleware functionality, and selecting slave middleware from the identified other middleware. The managing further includes initializing the slave middleware as slave middleware threads by the main middleware thread, such that each initialized slave middleware thread functions independently of the main middleware thread.

Abstract: A method and server manage a consolidation of multiple middleware threads, by identifying types of a plurality of middleware, selecting a main middleware from the plurality of middleware, and initializing the main middleware as a main middleware thread. The managing also includes identifying other middleware from the plurality of middleware, based on a consolidated middleware functionality, and selecting slave middleware from the identified other middleware. The managing further includes initializing the slave middleware as slave middleware threads by the main middleware thread, such that each initialized slave middleware thread functions independently of the main middleware thread.

Abstract: A method for marshalling data from multiple middleware applications to an implementation includes receiving first data from a first middleware application, the first data having a first format of multiple available formats. A first path is selected from multiple paths based on the first format, the multiple paths corresponding to the multiple available formats. The first data is converted from the first format to a common format, which is compatible with the implementation, based on the selected first path. The method may further include receiving second data from a second middleware application, the second data have a second format of the multiple available formats; selecting a second path from the multiple paths based on the second format; and converting the second data from the second format to the common format based on the selected second path.

Abstract: The disclosure is directed to a method of mapping an interface definition language (IDL) based communication to a simple object access protocol (SOAP) based communication. The method includes receiving an IDL schema to be mapped to an XML schema and processing the IDL schema. The IDL schema may be processed to identify IDL identifiers having an added prefix, an IDL union element having a boolean discriminator type, or an IDL interface type that includes a constant string. The method may also include mapping each of the IDL identifiers by removing the added prefixes, an optional element of the IDL union element to a first XML schema type having different minimum and maximum occurs values, or the IDL interface type by creating an XML schema enumeration having a value set to a string value of the constant string. The method further includes generating the XML schema.

Abstract: A method for marshalling data from multiple middleware applications to an implementation includes receiving first data from a first middleware application, the first data having a first format of multiple available formats. A first path is selected from multiple paths based on the first format, the multiple paths corresponding to the multiple available formats. The first data is converted from the first format to a common format, which is compatible with the implementation, based on the selected first path. The method may further include receiving second data from a second middleware application, the second data have a second format of the multiple available formats; selecting a second path from the multiple paths based on the second format; and converting the second data from the second format to the common format based on the selected second path.

Abstract: A computer readable medium stores a program for managing multiple types of middleware transport modules for accessing business logic. The computer readable medium includes a first starting code segment for starting a first middleware transport module of the multiple types of middleware transport modules as a main thread; a second starting code segment for starting a second middleware transport module as a slave thread; and a managing code segment for managing the main thread and the slave thread. The slave thread is managed in accordance with the managing of the main thread, and a functionality of the slave thread remains independent of a functionality of the main thread. Managing the slave thread may include shutting down the slave thread in response to shutting down the main thread.

Abstract: An enhanced imaging spooler, providing a utility capable of imaging any number of files, in any number of formats (with or without the native program present), across any number of imaging devices with minimal user involvement and time expense.

Abstract: A communication system for identifying, locating, tracking and communicating for other purposes with large numbers of tags in a time and energy efficient manner. The tags are associated with items located in a communication region that is interrogated by an interrogator on a one-to-many basis using broadcast commands, on a one-to-one basis using directed commands or on a combination basis using both methods. Identification occurs through organized transmission and reception of signals between the tags and the interrogator. A batch collection protocol uses a combined one-to-many and one-to-one communication system that effectively resolves communication contentions. The batch collection protocol employs a plurality of collection periods which communicate with large or unknown numbers of portable tags.

Abstract: A communication system for identifying, locating, tracking and communicating for other purposes with large numbers of tags in a time and energy efficient manner. The tags are associated with items located in a communication region that is interrogated by an interrogator on a one-to-many basis using broadcast commands, on a one-to-one basis using directed commands or on a combination basis using both methods. Identification occurs through organized transmission and reception of signals between the tags and the interrogator. A batch collection protocol uses a combined one-to-many and one-to-one communication system that effectively resolves communication contentions. The batch collection protocol employs a plurality of collection periods which communicate with large or unknown numbers of portable tags.