77 results about "Object handling" patented technology

Resources of a virtualized ecosystem are intelligently secured by defining and analyzing object handling security control information for one or more logical resources in the virtualized ecosystem and deriving therefrom object properties for each of the logical resources involved in the execution of a virtual machine in any given context within the virtualized ecosystem.

This invention is directed to relational extenders for a computer-based relational database. Each relational extender includes at least one column, in a first, business table containing a user defined application database, dedicated to object handles for defining the complex data type of an object; a second, attribute, table containing at least one column defining a unique characteristic associated with the one object and one column dedicated to containing the object handle; and a third, metadata, table containing at least one column defining a common characteristic associated with all objects defined within the business table and one column dedicated to containing the object handles and at least one column dedicated to containing a reference to object data associated with the object. The relational extender further includes a fourth table containing a reference to each object handle column defined in the first table, and a fifth table containing the names of the second and third tables for each object defined in the first table.

A Protocol Fax Box (PFB) receives information, determines destinations for the information, and converts the information protocol and data, if necessary, for transmission to the destinations. The PFB has plural interfaces from which it receives and sends data. Upon receiving information on one of its interfaces, the PFB creates a set of objects for handling the transfer of the information from the incoming interface to an outgoing, or destination, interface. A source object handles the incoming communication, a session object handles destination determination, and a destination object handles protocol conversion from the source interface to the destination interface. The session object also logs information regarding each session. The PFB may use a client server model to download information as needed from a network, or have processing be performed on the network.

A network storage server system includes a presentation layer that presents multiple namespaces over the same data stored in an object store, allowing users to simultaneously access data over multiple protocols. The system supports object location independence of the stored data objects by introducing a layer of indirection between directory entries and storage locations of stored data objects. In one embodiment, the directory entry of a data object points to a redirector file that includes an object locator (e.g., an object handle or a global object ID) of the data object. The directory entries of data objects are stored in a directory namespace (e.g., NAS path namespace). In another embodiment, a global object ID of the data object is directly encoded within the directory entry of the data object.

A method for storing streaming media data packets in a cache includes receiving a first streaming media data packet from a streaming media server, the first streaming media data packet comprising first header data and first payload data, pre-determining a first payload checksum in response to at least a portion of the first payload data, storing at least a portion of the first header data and the first payload checksum as first packet meta data in a first data object in the cache memory, and storing the first payload data in the first data object in the cache memory, wherein the first data object is directly addressable in the cache memory via an associated object handle.

A method of providing Java application layer access to hardware peripheral memory mapped registers is provided together with a processor adapted to implement such a method. A fixed memory address space for a hardware peripheral's memory mapped registers is identified, and a Java object is constructed having elements which occupy this fixed memory address space. This allows a Java application to be provided with access to the hardware peripheral's memory mapped registers directly through the Java object. A new Java class is defined having base address and length parameters and in some cases also having a type parameter. This is used in constructing the Java object. When a Java object has an object descriptor which is effectively an object header and a pointer to where the object data is located, constructing the Java object may be done by creating an object descriptor, and then creating an object handle for the Java object which points to the object descriptor. Alternatively, a level of indirection may be removed, and the object handle created to point directly to the object created so as to exist in memory mapped register space.

An object handling apparatus capable of securely holding an object and precisely transferring the held object from a first place to a second place without need of a specific jig for positioning the object on a pallet. A position of an object supplied to the first place is detected by a first visual sensor to obtain a compensation amount for compensating a position displacement of the supplied object. The object is held by a robot hand having position/orientation compensated using the compensation amount and position/orientation of the object held by the robot hand relative to the robot hand is detected by a second visual sensor. A displacement of the position/orientation of the object held by the robot hand from a reference position/orientation is compensated based on the detected position/orientation of the object on the robot hand, so that the object held by the robot hand is precisely moved to have a predetermined position/orientation to be transferred to the second place. The robot hand may be a servo hand having fingers driven by one or more servomotors so that position and force of the fingers in holding the object is controlled.

The embodiment of the invention discloses a service quality inspection method and device, a storage medium and an electronic device. The service quality inspection method comprises the steps: acquiring a target recorded video to be subjected to quality inspection, wherein the process that a target object handles a target service is recorded in the target recorded video; separating a target audio and a target image from the target recorded video; determining a verification result obtained by verifying the service parameter set matching the target service according to the target audio and the target image; and generating a quality inspection report matching the target recorded video according to the verification result. The service quality inspection method can solve the technical problem that the quality inspection result is not accurate enough due to the fact that the service quality inspection content is single.

A remote control robot system includes a slave arm, a master main body imitating the shape of an object handled by the slave arm, a manipulation receiving device configured to receive manipulation of an operator based on the position and posture of the master main body, and a control device configured to control operation of the slave arm based on the manipulation received by the manipulation receiving device so that behavior of the object corresponds to behavior of the master main body.

The invention described herein provides systems and methods for multi-modal imaging with light and a second form of imaging. Light imaging involves the capture of low intensity light from a light-emitting object. A camera obtains a two-dimensional spatial distribution of the light emitted from the surface of the subject. Software operated by a computer in communication with the camera may then convert two-dimensional spatial distribution data from one or more images into a three-dimensional spatial representation. The second imaging mode may include any imaging technique that compliments light imaging. Examples include magnetic resonance imaging (MRI) and computer topography (CT). An object handling system moves the object to be imaged between the light imaging system and the second imaging system, and is configured to interface with each system.

It is disclosed a method, an arrangement and a computer program for configuring a secure domain, SD, in a network functions virtualization infrastructure. The SD comprises virtual objects handling privileged information. NS instance information of a virtual object is obtained based on input from a party associated with the SD. The NS instance information is searched for a level of confidentiality and a geographic location information. When having identified the level of confidentiality and the geographic location information, the virtual object is allocated to the SD according to the geographic location information, based on the level of confidentiality and a specific role of the party. It is an advantage that access to a SD is allowed or granted based on the specific role of the party.

Methods, systems, and apparatus to interface with storage objects are provided. A storage object handle is provided on request and a storage object is mapped within a first storage environment. Further, a configuration identifier notifies client modules when the storage object's physical locations are altered in the first storage environment. API libraries provide client modules access to use the storage object, even when the client modules reside in a second storage environment.

A method and computer-readable media for managing software object handles in a dual threaded or multi-threaded environment are provided. In a first version a software driven computational process drives a first thread, while a garbage collector process drives a second active computational thread within a host computer. The software driven computational process generates persistent software objects that are temporarily stored in a memory of the host. Each handle may include an object identifier of the handle itself, an open/closed flag and a pointer to a unique persistent object. The open/closed flag indicates whether the persistent object associated with a handle shall remain open and accessible for processing or may be selected for closure by the garbage collector process. A plurality of handle wrappers are each associated in a one-to-one correspondence with a unique handle. Each handle wrapper is a software data structure that may include a in-use/not in-use flag and a specific handle or a pointer to a handle.

The invention provides a processing method supporting calling of various safety devices. The method comprises the steps that (1) an instruction of calling an initialization interface is received, and a middleware interface is initialized, wherein the instruction is sent by an application system; (2) safety device interfaces are called to be opened, and a safety device base class object handle is returned; (3) safety service program interfaces of safety devices are called, and safety service program operation results are obtained; (4) the safety device interfaces are called to be closed, and the middleware interface is released. The processing method supporting calling of the various safety devices has the advantages that a user can achieve connection communication between the safety devices and devices provided with application programs without the need of knowing various algorithms or an API, and the user can use the safety devices conveniently.

This application discloses a computing system to identify portions of source code in a test bench that correspond to class objects, and insert handle tracking code at locations in the test bench associated with the identified portions of source code. During simulation of the test bench, the computing system can execute the handle tracking code, which generates handle occupancies corresponding to memory pointers associated with the class objects. Each of the handle occupancies can include a handle reference or memory pointer for a class object, a location in the test bench corresponding to usage of the memory pointer, and a simulation time associated with the generation of the handle occupancy. The computing system can arrange the handle occupancies, synchronize the handle occupancies to portions of source code in the test bench, and display the handle occupancies and the test bench source code in a debug window.

The invention discloses an automatic guided vehicle (AGV) for intelligent material-handling. The AGV comprises a vehicle frame; a drive unit, a lifting unit, a navigation unit and a control unit are arranged on the vehicle frame; the lifting unit is connected with the vehicle frame through bolts; the lifting unit comprises a first power-driven guide rail ad a second power-driven guide rail; the first power-driven guide rail and the second power-driven guide rail are provided with a first handling fork and a second handling folk respectively; driven wheels used for balancing the vehicle frame are arranged below and fixedly connected with the first handling fork and the second handling fork; the control unit is connected with the vehicle frame through bolts; and the drive unit, the lifting unit and the navigation unit are all electrically connected with the control device. The provided AGV can adjust height as required to facilitate object handling.