Abstract: A hydraulic conduit bender may be provided. The hydraulic conduit bender may comprise a mast and a main bending cylinder. The mast may be disposed in a working position. The main bending cylinder may be disposed in the mast. The main bending cylinder may be operative to accept, on a throw extending from the main bending cylinder when the mast is in the working position, different sizes of a plurality of bending shoes without having to adjust a position of the main bending cylinder within the mast.

Abstract: Various embodiments of the present application set forth a computer-implemented method that includes receiving, by a first service operating within a computing system, a modified identity data object from a second service operating within the computing system, where the modified identity data object includes at least one identifier associated with a client of the computing system determining, by the first service, that the second service performed a first action on an identity data object to generate the modified identity data object, and validating the modified identity data object based on whether the second service is authorized to perform the first action.

Abstract: Various embodiments of the present application set forth a computer-implemented method that includes receiving, by a first service operating within a computing system, a modified identity data object from a second service operating within the computing system, where the modified identity data object includes at least one identifier associated with a client of the computing system determining, by the first service, that the second service performed a first action on an identity data object to generate the modified identity data object, and validating the modified identity data object based on whether the second service is authorized to perform the first action.

Abstract: The present invention is directed to a system and method for producing an organic compound using fermentation wherein multiple components of the system are recycled within the system. The system and method allow for extraction of a high concentration of the organic compound from the fermentation broth in a continuous system that allows recycling of the biomass, aqueous fermentation broth and extraction solvents. The system and method are particularly well adapted for producing and extracting ethanol.

Abstract: A cable stripper may be provided. The cable stripper may comprise a stripper body, a trigger assembly, a cable support body, and a blade. The trigger assembly may be slidably engaged within the stripper body. The trigger assembly may comprise a trigger assembly block. The cable support body may be attached to the stripper body. The blade may be attached to a front of the stripper body and enclosed by the cable support body. The blade may extend into a cable opening in the apparatus. The trigger assembly block may press a cable against the blade. The cable may be in the cable opening. The blade may extend into a jacket of the cable without extending to a conductor of the cable.

Abstract: A cable stripper may be provided. The cable stripper may comprise a stripper body, a trigger assembly, a cable support body, and a blade. The trigger assembly may be slidably engaged within the stripper body. The trigger assembly may comprise a trigger assembly block. The cable support body may be attached to the stripper body. The blade may be attached to a front of the stripper body and enclosed by the cable support body. The blade may extend into a cable opening in the apparatus. The trigger assembly block may press a cable against the blade. The cable may be in the cable opening. The blade may extend into a jacket of the cable without extending to a conductor of the cable.

Abstract: The present invention is directed to a system and method for producing an organic compound using fermentation wherein multiple components of the system are recycled within the system. The system and method allow for extraction of a high concentration of the organic compound from the fermentation broth in a continuous system that allows recycling of the biomass, aqueous fermentation broth and extraction solvents. The system and method are particularly well adapted for producing and extracting ethanol.

Abstract: Methods of feeding animals are disclosed. The method includes feeding a disrupted cell mass to an animal at an amount of at least 0.5% of the animal's diet. The cell mass may be disrupted using enzymatic, chemical, or physical disruption. The disrupted cell mass may be used as a protein source for the animal.

Abstract: The invention relates to a hydraulic manifold apparatus and system, connectable to a dual stage motor, for use in the topdrive of drilling operations. The hydraulic manifold is switchable between a low speed, high torque configuration and a high speed, low torque configuration. Valves within the manifold control the flow of working fluid through the manifold and into and out of the motor. Switching means are further provided to control the opening and closing of the valves. In the low speed, high torque configuration, working fluid enters each stage of the dual motor simultaneously, in parallel. In the high speed, low torque configuration, working fluid enters a first stage of the motor, returns to the hydraulic manifold, then enters a second stage of the motor, before returning again to the hydraulic manifold. Thus during high speed, low torque operation, working fluid enters each stage of the dual motor in series.

Abstract: The invention relates to a hydraulic manifold apparatus and system, connectable to a dual stage motor, for use in the topdrive of drilling operations. The hydraulic manifold is switchable between a low speed, high torque configuration and a high speed, low torque configuration. Valves within the manifold control the flow of working fluid through the manifold and into and out of the motor. Switching means are further provided to control the opening and closing of the valves. In the low speed, high torque configuration, working fluid enters each stage of the dual motor simultaneously, in parallel. In the high speed, low torque configuration, working fluid enters a first stage of the motor, returns to the hydraulic manifold, then enters a second stage of the motor, before returning again to the hydraulic manifold. Thus during high speed, low torque operation, working fluid enters each stage of the dual motor in series.

Abstract: A servlet for enabling communications between a client having an Atom feed reader and an Enterprise Information System (EIS). The servlet enables communications between the client and the EIS by acting as a proxy for an J2CA resource adapter deployed on an application server. The servlet receives HTTP requests from the Atom feed reader and translates those requests into appropriate adapter function calls based on the specified HTTP function and the provided key information. The servlet then invokes the appropriate functions and receives the response from the adapter. If a single object is returned by the adapter, the servlet translates the object into Atom-compliant XML and transmits it to the Atom feed reader as the response. If multiple objects are returned, the servlet generates a list of URLs which uniquely specify and identify each object returned by the adapter and provides this list to the Atom feed reader.

Abstract: A servlet for enabling communications between a client having an Atom feed reader and an Enterprise Information System (EIS). The servlet enables communications between the client and the EIS by acting as a proxy for an J2CA resource adapter deployed on an application server. The servlet receives HTTP requests from the Atom feed reader and translates those requests into appropriate adapter function calls based on the specified HTTP function and the provided key information. The servlet then invokes the appropriate functions and receives the response from the adapter. If a single object is returned by the adapter, the servlet translates the object into Atom-compliant XML and transmits it to the Atom feed reader as the response. If multiple objects are returned, the servlet generates a list of URLs which uniquely specify and identify each object returned by the adapter and provides this list to the Atom feed reader.

Abstract: An apparatus, system, and method is disclosed for receiving a hierarchical data structure, analyzing the hierarchical data structure to determine what actions are needed to correctly process the hierarchical data structure in a data repository, generating a hierarchical command structure comprising a series of repository-specific commands needed to interface with the data repository, and executing the repository-specific commands to process the hierarchical data structure with respect to the data repository. In selected embodiments, the hierarchical command structure is represented as a series of nodes including a parent node and at least one child node.

Abstract: An apparatus, system, and method are disclosed for assuring delivery of an Enterprise Information System (EIS) event to a client. An adapter apparatus polls at least one EIS for an event. The event is staged to a staging table, consisting of an XA-compliant database, in preparation for delivery to the client. The status of the event is marked and the event is delivered to the client. Events delivered to clients that are unresponsive or otherwise unavailable are held until the clients become responsive and then the events are delivered. Delivery of events is confirmed using a transaction service.