Abstract: A clamping system for clamping a workpiece being machined by a machine tool.

Abstract: A method for calibrating a dressing spindle of a machine tool having a main spindle arranged in a machine head and the dressing spindle arranged in the machining area, wherein a grinding tool can be mounted on the main spindle and a dressing tool can be mounted on the dressing spindle and the grinding tool and the dressing tool can be moved relatively to each other for dressing the grinding tool by the dressing tool.

Abstract: An accessory mount assembly includes a drive slide and a guide. The drive slide is connected to and linearly guided along the guide. A link is rotationally connected to the drive slide. A drive screw engages the drive slide to drive the drive slide. A mount is pivotably mounted and the mount is connected to the link to be pivoted by the link via a movement of the drive slide.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A system to implement debugging for a multi-threaded processor is provided. The system includes a hardware thread scheduler configured to schedule processing of data, and a plurality of schedulers, each configured to schedule a given pipeline for processing instructions. The system further includes a debug control configured to control at least one of the plurality of schedulers to halt, step, or resume the given pipeline of the at least one of the plurality of schedulers for the data to enable debugging thereof. The system further includes a plurality of hardware accelerators configured to implement a series of tasks in accordance with a schedule provided by a respective scheduler in accordance with a command from the debug control. Each of the plurality of hardware accelerators is coupled to at least one of the plurality of schedulers to execute the instructions for the given pipeline and to a shared memory.

Abstract: A saddle stitcher is provided. The saddle stitcher includes a saddle conveyor for transporting signatures and at least one signature guide located along the saddle conveyor. The signature guide includes a plurality of supports and at least one flexible member supported by the plurality of supports thereby defining a guide area. The at least one flexible member guides the signature in the guide area. Methods are also provided.

Abstract: An anchor for securing a tooth replacement includes an anchoring part secured to an implant or jaw, having a recess, and a pivoting part to which the tooth replacement can be secured and which contains a pin. The pivoting part is pivotable with respect to the anchoring part when the pin is received in the recess. The anchor is configured to permit application of a hardenable substance in the recess of the anchoring part so as to fix the pivoting part in a defined position of pivoting.

Abstract: An archery bow has upper and lower rotatable draw force modules. The draw force modules each define first and second grooves. The bowstring and a first cable are anchored in the first groove; and a second cable is anchored in the second groove. The design of the draw force modules and the anchoring of the bowstring and cables to the draw force modules allows the cable pull to be more centered to the limb during operation yielding less limb twist and draw force module lean, resulting in improved durability and accuracy.

Abstract: The invention relates to a bicycle frame comprising a tube section having an interior space for receiving at least one battery unit that is suitable as a source of energy for an electromotive bicycle drive, as well as to a battery unit insertable therein. To provide an easy operation and at the same time a highly stabilized placement of the battery, it is suggested that said tube section is provided with a lateral opening substantially extending in the direction of extension of said tube section, wherein said battery unit is insertable into said interior space through said lateral opening.

Abstract: A device for dispensing a liquid is connectable to a container containing the liquid and detachably connectable to a base station having a drive member, the device including a liquid duct and a pump actuated by the drive member for effecting passage of liquid through the duct, characterized in that the device includes a cutter for piercing a tamper resistant foil positioned across the outlet of the container and that a push pin for actuating the cutter is operable from outside the device.

Abstract: A compact transportable apparatus for flexibly recovering natural gas liquids from a natural gas stream feedstock includes a replaceable segment on one or more natural gas liquids transfer lines that is removable in the field without cutting the line for replacement with different replaceable part, for example, a J-T valve replacing a length of pipe, for flexibility in adjusting performance of the apparatus to match on site or changing conditions of the natural gas stream feedstock. Insulation surrounding the replaceable segment is discontinuous with insulation surrounding the remainder of the natural gas liquids transfer line in which the segment is interposed. This allows separation of the segment from such transfer line without disturbing the insulation of the remainder of that natural gas liquids transfer line if the replaceable segment is removed and replaced with a different replaceable segment.

Abstract: The present disclosure provides a base station for a liquid dispensing apparatus. The base station includes a driver and a container support having a dispensing device, which includes a liquid duct leading from the container to an outlet. The device further includes a connector connected to the driver and detachably connectable to the dispensing device. In an embodiment, the container support is a holder, and the connector is movable towards the holder to connect to the dispensing device and away from the holder after disconnecting from the dispensing device.

Abstract: A multiplexing gathering device includes a first gatherer for forming first gathered printed products on a first line and a second gatherer for forming second gathered printed products on a second line. A collecting device collects the first and second gathered printed products. A first transporter transports the first gathered products from the first line to the collecting device and a second transporter for transports the second gathered products from the second line to the collecting device. At least one controller for controls the first gatherer and second gatherer so that second gathered products are selectively formed as a function of the formation of first gathered printed products. A method is also provided.

Abstract: A portable gaming unit for playing an associated game comprises a housing and a base. The housing includes a display. A pivot joint pivotably mounts the housing to the base. An electronics assembly is mounted to one of the housing and the base for controlling input/output functions of the gaming unit. An easel is pivotably mounted to one of the housing and the base. The easel in a use orientation braces the housing against the base to enable the housing to maintain an acute angle in relation to a plane of the base. In a transport orientation, the easel allows the housing to fold against the base. The easel in the transport orientation serves as a handle for the gaming unit.

Abstract: A portable gaming unit for playing an associated game comprises a housing and a base. The housing includes a display. An electronics assembly is mounted in the housing for controlling input/output functions of the gaming unit. A pivot joint pivotably mounts the housing to the base. An easel is pivotably mounted to one of the housing and the base. The easel in a use orientation braces the housing against the base to enable the housing to maintain an acute angle in relation to a plane of the base. In a transport orientation, the easel allows the housing to fold against the base. The easel in the transport orientation serves as a handle for the gaming unit.

Abstract: A signature hopper is provided comprising a first drum having a first gripper for a lead edge of a folded signature, a second drum having a second gripper for an open edge of the folded signature, the second gripper having a gripper finger with an end curled in a direction of rotation of the second drum, a dipper blade for pushing the open edge from the first drum toward the second drum so as to contact the gripper finger and a stationary signature guide spaced with respect to the first drum, the signature contacting the signature guide as the first drum rotates the signature past the signature guide.