59 results about "Service Data Objects" patented technology

The invention discloses vehicle-mounted fault diagnosis system and method for a hybrid electric vehicle based on CANopen, belonging to the field of vehicle fault diagnosis. The vehicle-mounted fault diagnosis system for the hybrid electric vehicle based on CANopen comprises a fault diagnosis interface, an information acquisition module, a storage module, a liquid crystal display module, an audio alarm module, a touch screen and keyboard module, a main control module and a power source module. When a fault occurs, the diagnosis system as a CANopen master station utilizes an emergency message to trigger a SDO (Service Data Object) to read the fault diagnosis information of an object dictionary item corresponding to the fault, analyzes the fault information and stores the fault information in a fault information management unit; meanwhile, the fault information is displayed in a fault diagnosis interface. The invention completes the real-time acquisition and display of the fault information and vehicle real-time data and the effective management of the fault information.

The invention discloses UI (User Interface) performance and service logic separation method and system. The method comprises the following steps of: correlating a UI object with a service data object by data binding; correlating the state of the UI object with the state of the service data object by state binding; correlating the action of the UI object with the action of the service data object by action binding; and carrying out united management on the data binding, the state binding and the action binding by logic model binding, therefore, the dynamic and indirect correlation between a UImodule and the service data object can be achieved. By adopting the invention, the mandatory dependence relation between a user interface and logic codes is relieved; the user interface design and the service logic programming can be developed in parallel as two completely independent works in the designing process; and the UI object and the service logic processing object are mutually independent to respectively support dynamic switching of UI views and change a logic processing unit in the software running process.

The present invention provides a virtual database as well as a method, system, and program product for generating a virtual database. Specifically, under the present invention, Service Data Objects (SDOs) corresponding to a plurality of database tables are provided within a virtual container. Once provided, two or more of the SDOs are interrelated to yield the virtual database (having a Virtual Bounded Persistent Memory). In accordance with the present invention, the database tables can be stored within a single (e.g., conventional) database, or databases. In addition, the virtual database can be generated and removed on-demand. Still yet, the virtual database of the present invention can be queried using standard Structured Query Language (SQL) queries.

A method and apparatus for generating a service data object based service pattern for an EJB model is provided. Definitions of session bean façade, SDOs, and queries are defined in entity beans. When the definitions are processed, SDOs, related SDOs, and queries for SDOs are added to the session bean façade. At run time, a client may manipulate the SDOs and apply changes to the SDOs via a mediator obtained from a mediator cache. The mediator persists the SDOs to a data graph without interfering the entity bean.

An apparatus, system, and method are disclosed for managing inbound transactions from an SAP application. A transaction ID module is included that receives a transaction identifier (“TID”) associated with an event from an SAP application by way of an ALE interface for an asynchronous transaction. A recording module is included to record an event record in an event tracking repository by way of an XA transaction, the event record comprising the TID and an associated transaction status. An intermediate document module is included to receive an intermediate document (“IDoc”) containing transaction data from a transaction associated with the event and the associated TID from the SAP application by way of the ALE interface using a Transaction Remote Function Call protocol. A conversion module is included to convert the IDoc to a service data object (“SDO”) and an SDO transmit module is included to transmit the SDO to an endpoint using the XA transaction.

The invention provides a CAN (control area network) open slave station system based on a DSP (digital signal processor) 28335. The CAN open slave station system is based on a DSP 28335 hardware platform, can be applicable to an embedded operating system or a state machine system constructed on a foreground-background system, comprises a CAN communication management module, an object dictionary management module, a network management module, a timer management module, a communication object management module and the like, and completes basic tasks of the CAN open such as PDO(process data objects), SDO(service data objects), NMT(network management objects), synchronous message processing and the like. By the aid of the CAN open slave station system based on the DSP28335, a 301 protocol function in a CIA protocol is completely achieved. The CAN open with targeted optimization can be transported from node functions to a CPU of the same series after simple modification on the DSP28335 platform, so that transportability is achieved. Codes can be reduced, system resource occupation is low and timeliness is high. Due to high applicability, various node functions can be achieved only with simple configuration, and the CAN open slave station system is low in development cost and convenient in maintenance and function expansion.

The invention relates to a method for transmitting data between a first automation appliance, such as a user PC or a central controller, and at least one second automation appliance, such as a field device, via a CANopen bus using a service data object as an SDO service, wherein an SDO client implemented in the first automation appliance is used to send a download or upload request to an SDO server implemented in the at least one second automation appliance, wherein the data are encapsulated in a CANopen frame by an application implemented in the first automation appliance or the at least one second automation appliance wherein the CANopen frame with the encapsulated data is transmitted or sent by means of an SDO service into or out of a data tunnel object defined in an object directory of the SDO server, and wherein the encapsulated data are decapsulated by the application implemented in the first or the at least one second automation appliance. In order to simplify the configuration and / or parameterization of automation appliances with a MODBUS server using a CANopen bus, provision is made for the method to be used to configure and / or parameterize the second automation appliance having at least one MODBUS server using the CANopen bus, for the data to be produced as configuration and / or parameterization data in the form of a MODBUS frame and to be encapsulated in the CANopen frame, and for the CANopen frame to be loaded into the data tunnel object of the SDO server of the at least one second automation appliance by means of an SDO download and decapsulated.

An apparatus, system, and method are disclosed for managing inbound transactions from an SAP application. A transaction ID module is included that receives a transaction identifier (“TID”) associated with an event from an SAP application by way of an ALE interface for an asynchronous transaction. A recording module is included to record an event record in an event tracking repository by way of an XA transaction, the event record comprising the TID and an associated transaction status. An intermediate document module is included to receive an intermediate document (“IDoc”) containing transaction data from a transaction associated with the event and the associated TID from the SAP application by way of the ALE interface using a Transaction Remote Function Call protocol. A conversion module is included to convert the IDoc to a service data object (“SDO”) and an SDO transmit module is included to transmit the SDO to an endpoint using the XA transaction.

The invention provides a method and a device for debugging a variable-pitch system of a wind generating set. The device comprises a host computer, a main station device and a variable-pitch device, wherein the host computer is connected with the main station device through the Ethernet; the main station device is connected with the variable-pitch device through a CANopen bus; a user reads information of the variable-pitch system through the human-machine interface of the host computer and performs corresponding operation on the variable-pitch system; the program of the main station device is used for processing the state information of the variable-pitch system and the control command of the host computer; and the variable-pitch system is used for transmitting all state information to the main station device and receiving the control command transmitted by the main station device to perform actions such as pitch variation. The method and the device have the beneficial effects that due to the adoption of the technical scheme, the debugging device is small in size, and is easy and convenience to operate; the host computer is connected with the main station device through the Ethernet, so that safety and reliability are realized; and data are exchanged with variable-pitch device accurately and timely through a PDO (PHP Data Object) and an SDO (Service Data Object) of CANopen bus communication.

A system, method and program product for generating artifacts that can convert back and forth between non-EMF (Eclipse Modeling Framework) objects and EMF-based objects in an EMF-based runtime environment such as Web Data Objects (WDO) or Service Data Objects (SDO). Included is a system for inputting one or more non EMF application classes such as Java Beans and generating artifacts that include: a source meta model (ecore) that describes the data model defined by the input application classes; an EMap file that contains mappings between the classes and properties of the non-EMF objects and the EMF Objects; a target meta model (ecore) which represents the source meta model as transformed by the emap mappings; and a set of java classes (Mediators and DiffHandlers) that will at runtime perform the transformation between the two environments (non-EMF and EMF based objects).

The embodiment of the invention discloses a GSP communication message analysis method, which is suitable for a DL / T860 standard. The method comprises the following steps: importing and analyzing a transformer substation model file, and acquiring a GSP communication message; preliminarily analyzing the message to generate a message association relationship; recombining the segmented message; analyzing GSP service area data based on PER decoding; matching the model information with the associated message, and analyzing the indefinite type data. According to the invention, the recombination of the GSP framing message is realized; a PER decoder suitable for the DL / T860 standard is designed to analyze the content of the fixed type data in the GSP communication message; the model information andassociated message information are combined, the data of uncertain types in the GSP communication message are analyzed, comprehensive and sufficient analysis of the GSP communication message is achieved, and the defect that current network packet analysis software does not contain protocol analysis is overcome; in combination with the DL / T860 standard and the transformer substation model file information, the GSP service data is mapped to a service data object of specific equipment.

An apparatus, system, and method are disclosed for managing outbound transactions in a service oriented architecture. An execution module is included to receive a J2EE Connector Architecture (“J2C”) execute command associated with a service data object (“SDO”) containing transaction data from a client application. A conversion module is included to convert the SDO to an Intermediate Document (“IDoc”). A transmission module is included to transmit the IDoc and an associated transaction identifier (“TID”) to an SAP application using a transaction Remote Function Call (“tRFC”) protocol for processing the embedded transaction data. A confirmation module is included to transmit the SDO updated with the TID to the client application in response to acknowledgement of receipt of the transaction data from the SAP application.