Abstract: Systems, methods, and computer program products for trace management in a distributed computing environment are described. A trace manager receives a request to analyze a trace of a series of calls between applications serving requests in a microservice architecture. The trace manager determines metrics including, for example, latency information and start time for the series of calls. The trace manager presents the metrics in association with log entries correlated to the series of calls. A call stack, or one or more latency indicators, provides a user interface of selecting one or more calls. A user selection of a particular call in the call stack or a latency indicator causes one or more corresponding log entries to be emphasized or filtered. The call stack and the one or more latency indicators can have various display configurations.

Abstract: Systems, methods, and computer program products for trace management in a distributed computing environment are described. A trace manager receives a request to analyze a trace of a series of calls between applications serving requests in a microservice architecture. The trace manager determines metrics including, for example, latency information and start time for the series of calls. The trace manager presents the metrics in association with log entries correlated to the series of calls. A call stack, or one or more latency indicators, provides a user interface of selecting one or more calls. A user selection of a particular call in the call stack or a latency indicator causes one or more corresponding log entries to be emphasized or filtered. The call stack and the one or more latency indicators can have various display configurations.

Abstract: Systems, methods, and computer program products for trace management in a distributed computing environment are described. A trace manager receives a request to analyze a trace of a series of calls between applications serving requests in a microservice architecture. The trace manager determines metrics including, for example, latency information and start time for the series of calls. The trace manager presents the metrics in association with log entries correlated to the series of calls. A call stack, or one or more latency indicators, provides a user interface of selecting one or more calls. A user selection of a particular call in the call stack or a latency indicator causes one or more corresponding log entries to be emphasized or filtered. The call stack and the one or more latency indicators can have various display configurations.

Abstract: Systems, methods, and computer program products for trace management in a distributed computing environment are described. A trace manager receives a request to analyze a trace of a series of calls between applications serving requests in a microservice architecture. The trace manager determines metrics including, for example, latency information and start time for the series of calls. The trace manager presents the metrics in association with log entries correlated to the series of calls. A call stack, or one or more latency indicators, provides a user interface of selecting one or more calls. A user selection of a particular call in the call stack or a latency indicator causes one or more corresponding log entries to be emphasized or filtered. The call stack and the one or more latency indicators can have various display configurations.

Abstract: Systems, methods, and computer program products for trace management in a distributed computing environment are described. A trace manager receives a request to analyze a trace of a series of calls between applications serving requests in a microservice architecture. The trace manager determines metrics including, for example, latency information and start time for the series of calls. The trace manager presents the metrics in association with log entries correlated to the series of calls. A call stack, or one or more latency indicators, provides a user interface of selecting one or more calls. A user selection of a particular call in the call stack or a latency indicator causes one or more corresponding log entries to be emphasized or filtered. The call stack and the one or more latency indicators can have various display configurations.

Abstract: The present disclosure relates to a material reducing machine convertible between a grinding configuration and a chipping configuration. The material reducing machine includes a rotary component that is rotatable about an axis of rotation, the rotary component defining a grinding configuration boundary that extends at least partially around the axis of rotation. The material reducing machine also includes a plurality of hammers secured to the rotary component, the hammers including end portions that project outwardly beyond the grinding configuration boundary of the rotary component. Furthermore, the material reducing machine includes a boundary enlarging structure that mounts over the rotary component, the boundary enlarging structure defining a chipping configuration boundary that extends at least partially around the axis of rotation when the boundary enlarging structure is mounted over the rotary component, the chipping configuration boundary being positioned outside the grinding configuration boundary.

Abstract: The present disclosure relates to a material reducing machine convertible between a grinding configuration and a chipping configuration. The material reducing machine includes a rotary component that is rotatable about an axis of rotation, the rotary component defining a grinding configuration boundary that extends at least partially around the axis of rotation. The material reducing machine also includes a plurality of hammers secured to the rotary component, the hammers including end portions that project outwardly beyond the grinding configuration boundary of the rotary component. Furthermore, the material reducing machine includes a boundary enlarging structure that mounts over the rotary component, the boundary enlarging structure defining a chipping configuration boundary that extends at least partially around the axis of rotation when the boundary enlarging structure is mounted over the rotary component, the chipping configuration boundary being positioned outside the grinding configuration boundary.

Abstract: A rotary drum having a cutter extending outward from the outer diameter of the rotary drum. The rotary drum further includes a sleeve. The cutter is retained in a position relative to the drum by at least one block having a surface that wedges the cutter and/or interconnected member against the sleeve.

Abstract: A rotary drum having a cutter extending outward from the outer diameter of the rotary drum. The rotary drum further includes a sleeve. The cutter is retained in a position relative to the drum by at least one block having a surface that wedges the cutter and/or interconnected member against the sleeve.

Abstract: A machine having a snag anvil that prevents an excessive intake rate of material into a grinding or chipping chamber of the machine. The snag anvil includes a recessed impact plane located between longitudinal edges that snag material entering the grinding chamber at an excess intake rate. The machine also includes an open feed roller constructed to prevent material plugging, and a sealing arrangement that eliminates the build up of chip piles underneath the machine.

Abstract: A rotary grinder having a cylindrical drum that includes a cylindrical surface. The cylindrical surface defines two holes. The drum receives opposite ends of a through-member at the two holes such that the opposite ends of the through-member comprise hammers when the cylindrical drum is rotated. A single retaining member is used to secure all of the through-members to the drum.

Abstract: A rotary drum having a cutter extending outward from the outer diameter of the rotary drum. The rotary drum further includes a sleeve. The cutter is retained in a position relative to the drum by at least one block having a surface that wedges the cutter and/or interconnected member against the sleeve.

Abstract: A grinding apparatus including a drum and a plurality of cutters mounted on through-members that extend through the drum. The cutters have a primary cutting edge and two secondary cutting edges located on either side of the primary cutting edge. During operation, impact from the cutters act only upon a planar impact surface of an anvil located in relation to the drum.

Abstract: A rotary drum having a cutter extending outward from the outer diameter of the rotary drum. The rotary drum further includes a sleeve. The cutter is retained in a position relative to the drum by at least one block having a surface that wedges the cutter and/or interconnected member against the sleeve.

Abstract: A rotary grinder having a cylindrical drum that includes a cylindrical surface. The cylindrical surface defines two holes. The drum receives opposite ends of a through-member at the two holes such that the opposite ends of the through-member comprise hammers when the cylindrical drum is rotated. A single retaining member is used to secure all of the through-members to the drum.

Abstract: A rotary grinder having a cylindrical drum that includes a cylindrical surface. The cylindrical surface defines two holes. The drum receives opposite ends of a through-member at the two holes such that the opposite ends of the through-member comprise hammers when the cylindrical drum is rotated. A single retaining member is used to secure all of the through-members to the drum.

Abstract: A rotary grinder having a cylindrical drum that includes a cylindrical surface. The cylindrical surface defines two holes. The drum receives opposite ends of a through-member at the two holes such that the opposite ends of the through-member comprise hammers when the cylindrical drum is rotated. A single retaining member is used to secure all of the through-members to the drum.

Abstract: A rotary grinder having a cylindrical drum that includes a cylindrical surface. The cylindrical surface defines two holes. The drum receives opposite ends of a through-member at the two holes such that the opposite ends of the through-member comprise hammers when the cylindrical drum is rotated. A single retaining member is used to secure all of the through-members to the drum.

Abstract: A trenching bridge mounting interface for a trenching machine that is adjustable to alter the effective length of a fixed length bridge so as to accommodate trenching bars of different lengths. The interface includes a prime mover mounting structure that is releasably secured to the prime mover of the trenching machine and a bridge mounting structure attached to the fixed length bridge. The effective length of the bridge is adjusted between a short length and a long length by reversing of the prime mover mounting structure.