Abstract: The present invention relates to a housing clamp for a power tool housing, such as a drill, router, grinder, impact wrench, ratchet wrench, screwdriver, or other powered tool. The housing clamp includes a circumferential flange and recess that extends at an angle. When the housing clamp is installed, the housing clamp couples two portions of a power tool housing together. As the housing clamp is tightened onto the housing portions, the flange loads the housing with even pressure around its circumference providing a clamping load. The housing clamp provides even pressure around a large area at a working end of the tool, allowing the tool to be thinner in a dimensionally critical area.

Abstract: Service interruptions in a multi-tenancy, network-based storage system can be mitigated by constraining the execution of queries. In various examples, a network-based storage system may receive a request to execute a query against data maintained by the network-based storage system. The network-based storage system may perform a unit of work to execute the query, progressing through some, but not all, of a set of operations that are to be completed for completing execution of the query. Upon completion of the unit of work, query execution may be paused, query state data may be saved, and query results may be generated for consumption by the requesting computing device. In some embodiments, tokens that are usable to resume query execution based on the saved query state data may be sent to customer computing devices for resuming query execution on-demand.

Abstract: The present invention relates to a housing clamp for a power tool housing, such as a drill, router, grinder, impact wrench, ratchet wrench, screwdriver, or other powered tool. The housing clamp includes a circumferential flange and recess that extends at an angle. When the housing clamp is installed, the housing clamp couples two portions of a power tool housing together. As the housing clamp is tightened onto the housing portions, the flange loads the housing with even pressure around its circumference providing a clamping load. The housing clamp provides even pressure around a large area at a working end of the tool, allowing the tool to be thinner in a dimensionally critical area.

Abstract: The present invention relates to a housing clamp for a power tool housing, such as a drill, router, grinder, impact wrench, ratchet wrench, screwdriver, or other powered tool. The housing clamp includes a circumferential flange and recess that extends at an angle. When the housing clamp is installed, the housing clamp couples two portions of a power tool housing together. As the housing clamp is tightened onto the housing portions, the flange loads the housing with even pressure around its circumference providing a clamping load. The housing clamp provides even pressure around a large area at a working end of the tool, allowing the tool to be thinner in a dimensionally critical area.

Abstract: Techniques for implementing conflict-free replicated data types in a database are described. A first database replica of a database hosted by a provider network receives an identifier of a first operation to perform on an element stored in the database, the element being of a conflict-free replicated data type. A second database replica of the database receives an identifier of a second operation to perform on the element. The second operation is determined to not conflict with the first operation. The first operation and the second operation are performed on the element stored by the first database replica. The first operation and the second operation are performed on the element stored by the second database replica.

Abstract: A direction selector mechanism for a hand-held power tool that includes internal linkages that move an actuation point of a direction selection from above the trigger (as in previous tools) to a top of the tool. For example, the control for the direction selector mechanism includes a direction toggle positioned on a top of the tool, and that is movable by a user to select either of first and second rotational directions (e.g. clockwise and counter-clockwise). This position/location allows the user to select or change between the first and second rotational directions with a user's thumb for both direction changes, in either hand ambidextrously, and places the trigger actuation higher up in the tool, closer to the axis of output of the tool.

Abstract: A tool having a housing with a motor housing portion having a motor disposed therein. A groove is formed in the motor housing portion and is disposed proximate an output axis of the tool. The groove is adapted to receive an index finger of a user, and a trigger adapted to operate the motor is adapted to be operated by a middle finger of the user.

Abstract: Service interruptions in a multi-tenancy, network-based storage system can be mitigated by constraining the execution of queries. In various examples, a network-based storage system may receive a request to execute a query against data maintained by the network-based storage system. The network-based storage system may perform a unit of work to execute the query, progressing through some, but not all, of a set of operations that are to be completed for completing execution of the query. Upon completion of the unit of work, query execution may be paused, query state data may be saved, and query results may be generated for consumption by the requesting computing device. In some embodiments, tokens that are usable to resume query execution based on the saved query state data may be sent to customer computing devices for resuming query execution on-demand.

Abstract: The present invention relates to a housing clamp for a power tool housing, such as a drill, router, grinder, impact wrench, ratchet wrench, screwdriver, or other powered tool. The housing clamp includes a circumferential flange and recess that extends at an angle. When the housing clamp is installed, the housing clamp couples two portions of a power tool housing together. As the housing clamp is tightened onto the housing portions, the flange loads the housing with even pressure around its circumference providing a clamping load. The housing clamp provides even pressure around a large area at a working end of the tool, allowing the tool to be thinner in a dimensionally critical area.

Abstract: A direction selector mechanism for a hand-held power tool that includes internal linkages that move an actuation point of a direction selection from above the trigger (as in previous tools) to a top of the tool. For example, the control for the direction selector mechanism includes a direction toggle positioned on a top of the tool, and that is movable by a user to select either of first and second rotational directions (e.g. clockwise and counter-clockwise). This position/location allows the user to select or change between the first and second rotational directions with a user's thumb for both direction changes, in either hand ambidextrously, and places the trigger actuation higher up in the tool, closer to the axis of output of the tool.

Abstract: A computer-aided engineering (CAE) toolkit is disclosed that streamlines and automates aspects of a CAE simulation to validate the designs of pressure-controlling components, such as BOP rams. The CAE toolkit enables a designer to provide a model of a pressure-controlling component, and to provide property values that describe aspects of the system to be modeled. Based on these inputs, the CAE toolkit generates a model for the system that includes the pressure-controlling component, as well as any other components that will be part of the simulation. The CAE toolkit can automatically generate a finite element analysis (FEA) model from the system model, and then use the FEA model to perform a simulation of the pressure-controlling component during operation. The CAE toolkit enables a designer with no training or experience with CAE or FEA techniques to perform and automate simulations of the operation of a pressure-controlling component design.

Abstract: Scaling events may be detected for hosting hierarchical data structures. Scaling events may be detected to modify the capacity of a data store for hierarchical data structures to handle changing write workloads, read workloads, or storage capacity. Hierarchical data structures may be moved from one group of storage hosts to another group of storage hosts according to a filtered snapshot that includes the hierarchical data structures to be moved that is provided to the destination storage hosts. Changes made to the hierarchical data structures made at the source storage hosts during the move can be applied to the filtered snapshot so that the hierarchical data structures may be made available at the destination storage hosts inclusive of the changes.

Abstract: A non-human animal model, method, spring, and kit for testing agents for treating wound scarring. The non-human test animal has a wound in a skin surface thereof, the wound having a perimeter edge; and a garter spring attached to the skin surface of the test animal in a position outside of the perimeter edge of the wound. The garter spring optionally has one or more bands for constricting the force exerted by the coil of the garter spring.

Abstract: Scaling events may be detected for hosting hierarchical data structures. Scaling events may be detected to modify the capacity of a data store for hierarchical data structures to handle changing write workloads, read workloads, or storage capacity. Hierarchical data structures may be moved from one group of storage hosts to another group of storage hosts according to a filtered snapshot that includes the hierarchical data structures to be moved that is provided to the destination storage hosts. Changes made to the hierarchical data structures made at the source storage hosts during the move can be applied to the filtered snapshot so that the hierarchical data structures may be made available at the destination storage hosts inclusive of the changes.

Abstract: A non-human animal model, method, spring, and kit for testing agents for treating wound scarring. The non-human test animal has a wound in a skin surface thereof, the wound having a perimeter edge; and a garter spring attached to the skin surface of the test animal in a position outside of the perimeter edge of the wound. The garter spring optionally has one or more bands for constricting the force exerted by the coil of the garter spring.

Abstract: Scaling events may be detected for hosting hierarchical data structures. Scaling events may be detected to modify the capacity of a data store for hierarchical data structures to handle changing write workloads, read workloads, or storage capacity. Hierarchical data structures may be moved from one group of storage hosts to another group of storage hosts according to a filtered snapshot that includes the hierarchical data structures to be moved that is provided to the destination storage hosts. Changes made to the hierarchical data structures made at the source storage hosts during the move can be applied to the filtered snapshot so that the hierarchical data structures may be made available at the destination storage hosts inclusive of the changes.

Abstract: Various embodiments of the present disclosure generally relate to: (a) a volatility marker attachable to a gaming system to indicate to a player the volatility level of the gaming system; (b) a volatility marker attachable to a gaming system to indicate to a player the volatility level of the gaming system compared to other gaming systems; (c) a gaming system including a volatility marker that indicates to a player the volatility level of the gaming system; (d) a gaming system including a volatility marker that indicates to a player the relative volatility level of the gaming system compared to other gaming systems; (e) a method for causing a gaming system to indicate to a player the volatility level of the gaming system; and (f) a method for causing a gaming system to indicate to a player the relative volatility level of the gaming system compared to other gaming systems.

Abstract: An all-purpose cleaning composition comprised of by percentage weight: 1-3% Tetrapotassium Pyrophosphate, 1-3% Sodium Hexametaphosphate FG Fine, 7-10% Sodium Metasilicate Pentahydrate, 7-10% Trisodium Phosphate, 8-10% Sodium TriPolyPhosphate, 8-10% Caustic Soda, 9-11% Nonylphenol ethoxylate, 7-9% Glycol Ether, 1-3% D-Limonene, 3-5% Sodium Xylene Sulfonate and the balance of 43-50% water.