41results about How to "Problems can be reduced eliminated" patented technology

A computer-implemented state machine is provided for processing business objects representing collaborations between business entities. At least one business object represents a collaboration between business entities. A number of graphs represented in computer-readable media each correspond to a particular collaborating business entity. The graphs are generated using text files, at least a first text file including state information for the business object, at least a second text file including action information for the business object, and at least a third text file including transition information for the business object. A computer-implemented method is provided for aggregating state information associated with a composite business object representing at least one collaboration between business entities. The method includes retrieving the state information for the composite business object from a computer-readable medium and determining a state for the composite business object based on an assigned priority level for a state in a hierarchy of states associated with the composite business object, each state in the hierarchy of states having a corresponding assigned priority level.

According to certain embodiments, an apparatus for cooling light emitting diodes (LEDs) in projectors includes one or more first LEDs, one or more first heat sinks, one or more second LEDs, and one or more second heat sinks. The first LEDs are configured to generate light, and each first LED has a first desired junction temperature. The first heat sinks are configured to dissipate heat generated by the first LEDs. The second LEDs are configured to generate light, and each second LED has a second desired junction temperature that is higher than the first desired junction temperature. The second heat sinks are configured to dissipate heat generated by the one or more second LEDs. A cooling fan directs air flow over the first heat sinks and the second heat sinks, and an exhaust vent enables the air flow over the first heat sinks and the second heat sinks.

A computer-implemented method for mapping between part numbers that are based on different part numbering schemes includes receiving a first part number associated with an item, the first part number associated with the item being defined according to a first part numbering scheme. A database is searched for one or more second part numbers that are associated with the item and also cross-referenced to the first part number associated with the item, the one or more second part numbers associated with the item being defined according to one or more corresponding second part numbering schemes. In response to identifying the one or more second part numbers associated with the item, a database is searched for a third part number that is associated with the item and also cross-referenced to at least one second part number associated with the item, the third part number associated with the item being defined according to a third part numbering scheme, the first part number associated with the item being mapped to the third part number associated with the item through the at least one second part number associated with the item.

According to an embodiment, status of an account is determined. A plurality of graphic areas is displayed. Each of the graphic areas is associated with a client application. In a first graphic area of the plurality of graphic areas, a first image is displayed that indicates a first status associated with the account. A communication associated with the account is received. In response to receiving the communication, the first image in the first graphic area is replaced with a second image indicative of a second status associated with the account.

In one embodiment, a method includes receiving, in real-time, user information associated with a user of a client computing device. One or more user features are derived from the user information associated with the user. The one or more user features include one or more user intents. The one or more user intents are matched with one or more of a plurality of advertiser intents. The user information is determined to be accepted. In response to accepting the user information, an advertisement is generated based on the matching of the one or more user intents and the one or more of the plurality of advertiser intents.

In certain embodiments, a wireless communication link includes a wireless receiver that receives a circular polarized signal from a remotely configured transmitter. The circular polarized signal has a polarization vector that rotates at a radial velocity. The wireless receiver determines a phase deviation in the radial velocity of the polarization vector and demodulates information from the circular polarized signal according to the determined phase deviation. The phase deviation is caused by a frequency deviation of the circular polarized signal generated by the transmitter.

Systems and methods for triggering fault information insertion in an optical network are disclosed. In accordance with certain embodiments of the present disclosure, a method may include detecting, by a network element, occurrence of an event. The network element may also determine whether the event comprises a triggering fault condition in which fault information is to be communicated. The network element may additionally insert fault information into a data packet. The network element may further communicate the data packet to at least one neighboring network element.

A crowd gate control system includes a holding pen for dairy livestock, a crowd gate, and a controller. The holding pen is adjacent to an entrance to a milking parlor. The crowd gate is operable to form a side of the holding pen and move in relation to the entrance to the milking parlor along an axis substantially parallel to two other sides of the holding pen. The controller is operable to store a triggering threshold associated with a counter related to the milking parlor, determine whether the counter has reached the triggering threshold, and initiate a first mode of operation of the crowd gate in response to determining that the counter has reached the triggering threshold.

A request broker receives a request from a client, including a description of a method and parameters to be used in executing the method. The parameters have one of multiple acceptable native formats. The request broker determines the native format and communicates the parameters in the native format to a selected one of multiple translators for translation to an internal format, where each translator is associated with a different native format. The request broker communicates the parameters in the internal format to an application server system to enable execution of the method, receives a return value from the application server system reflecting execution of the method, communicates the return value in the internal format to the selected translator for translation to the native format, generates a reply including the description of the method and the return value in the native format, and communicates the reply to the client.

A method for distributed quote management includes receiving a buyer request for quote (RFQ) from a buyer. The buyer RFQ requests a quote from a seller and identifies multiple items. The method includes automatically determining a best cost of each item in the buyer RFQ. The method includes automatically generating a quote for the buyer RFQ using the determined best costs of the items in the buyer RFQ. The method includes automatically generating a bid package for the buyer RFQ that includes the generated quote and automatically communicating the generated bid package to the buyer.

A system and method for monitoring performance of field assets are disclosed. A method may include transmitting packets on a shared bus located in a field asset may be captured. The captured packets may be analyzed to determine one or more operational parameters associated with one or more peripheral devices coupled to the shared bus. The one or more operational parameters may be analyzed to determine an operational efficiency of the field asset.

In one embodiment, an ambulatory cyclic traction device includes two support belts configured to be positioned about a user's body and one or more lifting mechanisms coupled between the support belts, the one or more lifting mechanisms adapted to apply a decompressive force to a portion of the user's body between the support belts. A control system is operable to automatically cause the one or more lifting mechanisms to cyclically apply the decompressive force to the portion of the user's body through the support belts when the support belts are positioned about the user's body, such that the decompressive force is applied for a predetermined time interval during each of a series of traction cycles.

A universal mounting system for a handheld electronic device includes a handheld electronic device, a first mounting plate, and a second mounting plate. The handheld electronic device includes universal mounting members operable to mount to mounting plates. The first mounting plate includes first receiving members operable to detachably couple to the universal mounting members of the handheld electronic device. The first mounting plate also includes a fastener assembly operable to detachably couple the first mounting plate to a person. The second mounting plate includes second receiving members operable to detachably couple to the universal mounting members of the handheld electronic device. The second mounting plate also includes a connector assembly operable to attach the second mounting plate to a vehicle.

According to one embodiment, a system includes a memory comprising instructions, an interface, and a processor communicatively coupled to the memory and the interface. The interface is configured to receive, from a user device, a token to complete a transaction, send, to an issuer server, a request to verify the received token, and receive, in response to the request to verify the received token, translated information associated with the token. The processor is configured, when executing the instructions, to process the transaction using the translated information.

According to one embodiment, a method may include communicating an alarm suppression indication trigger message from a maintenance end point to an alarm indication suppression generator. The method may further include communicating, by the alarm indication suppression generator in response to receiving the alarm indication trigger message, an alarm indication suppression message to at least one flow point that has alarm indication suppression enabled for the maintenance end point such that the alarm indication suppression message is received by at least one other maintenance end point upstream of the maintenance end point.

A network interface receives an electronic mail on a first computer. A processor determines that the received electronic mail comprises a classification tag, and in response to the determination parses the classification tag to extract a plurality of classification information. The processor displays the plurality of classification information on the first computer.

A system and method for automated deployment of an information handling system are disclosed. A method for managing the deployment of an information handling system may include executing a deployment application on an information handling system, the deployment application including one or more tasks associated with the deployment of the information handling system. The method may further include automatically determining for a particular task whether an execution time for the particular task is within a predetermined range of execution times. The method may further include automatically performing an error-handling task in response to determining that the execution time for the particular task is not within the predetermined range of execution times.

A system for heating a pipeline comprises a heater operable to heat a fluid, a supply line and a return line. A first strap is positioned at a first portion of a pipeline. A first pocket of the first strap holds the supply line in thermal contact with the first portion of the pipeline. A second pocket of the first strap holds the return line in thermal contact with the first portion of the pipeline. A second strap is positioned at a second portion of the pipeline. A third pocket of the first strap holds the supply line in thermal contact with the second portion of the pipeline. A fourth pocket holds the return line in thermal contact with the second portion of the pipeline.