Abstract: A platen roller assembly for a printer includes a platen roller, a retaining clip, a plurality of bearings, and a pulley assembly. The platen roller defines a longitudinal axis. The retaining clip mounts to a support body of the printer and is positioned to retain the platen roller relative to the support body. The plurality of bearings are operably coupled to the platen roller. Each of the bearings permit rotational movement of the platen roller about the longitudinal axis thereof. The pulley assembly is mounted to the support body and is operably associated with one or more of the bearings. The pulley assembly includes a pulley and a belt. The belt is operably coupled to the pulley such that the platen roller rotates in response to rotational movement of the belt. The platen roller may be selectively coupled and uncoupled to/from the support body independent of the pulley assembly.

Abstract: A platen roller assembly for a printer includes a platen roller, a retaining clip, a plurality of bearings, and a pulley assembly. The platen roller defines a longitudinal axis. The retaining clip mounts to a support body of the printer and is positioned to retain the platen roller relative to the support body. The plurality of bearings are operably coupled to the platen roller. Each of the bearings permit rotational movement of the platen roller about the longitudinal axis thereof. The pulley assembly is mounted to the support body and is operably associated with one or more of the bearings. The pulley assembly includes a pulley and a belt. The belt is operably coupled to the pulley such that the platen roller rotates in response to rotational movement of the belt. The platen roller may be selectively coupled and uncoupled to/from the support body independent of the pulley assembly.

Abstract: The present invention provides a device and method for putting practice. The putting training device of the present invention positions a plurality of objects and a practice ball on a practice surface in a pattern and, in the preferred embodiment, comprises an arm arrangement of two connected rods having telescoping ball receptacles at each end. The rods are pivotally connected at the approximate midpoint of each rod at a pivot point such that the rods may move in a scissor-like fashion. Each receptacle contains a cavity that allows a standard golf ball to nest within it. A fifth receptacle is located directly below the pivot point of the two rods and also contains a cavity in which a golf ball may nest. The four golf balls contained within the perimeter receptacles are the guiding balls. The golf ball positioned within the fifth receptacle is the practice ball to be putted once the putting training device is removed from the five positioned golf balls.

Abstract: The putting training device positions a plurality of objects and a practice ball on a practice surface, and, in the preferred embodiment, comprises an arm arrangement of two connected rods having telescoping ball receptacles at each end. Four golf balls contained within perimeter receptacles are guiding balls. A golf ball positioned within a fifth receptacle is a practice ball to be putted once the putting training device is removed from the five positioned golf balls. The method comprises: providing an alignment device comprising; two ball sockets that define a take-away gap; two ball sockets that define a follow-through gap; the take-away gap and follow through gap further defining a putting arc distance gap; placing a plurality of objects on a putting surface; overlaying the alignment device on the objects so that the sockets contain an object; and removing the device, thereby leaving the objects on the putting surface.

Abstract: The present invention provides a device and method for putting practice. The putting training device of the present invention positions a plurality of objects and a practice ball on a practice surface in a pattern and, in the preferred embodiment, comprises an arm arrangement of two connected rods having telescoping ball receptacles at each end. The rods are pivotally connected at the approximate midpoint of each rod at a pivot point such that the rods may move in a scissor-like fashion. Each receptacle contains a cavity that allows a standard golf ball to nest within it. A fifth receptacle is located directly below the pivot point of the two rods and also contains a cavity in which a golf ball may nest. The four golf balls contained within the perimeter receptacles are the guiding balls. The golf ball positioned within the fifth receptacle is the practice ball to be putted once the putting training device is removed from the five positioned golf balls.

Abstract: A modular printer having a media take-up assembly module, a support block assembly module, a printhead assembly module, a stepper motor assembly module and a display assembly module is provided. A support body having a plurality of recesses formed on an internal wall of the modular printer is also provided. Each of the recesses is configured to receive and align one of the modular printer assemblies with the other modular printer assemblies. Each of the assemblies is configured as a module which can be easily accessed and quickly secured to or detached from the support body. The support body is adapted to receive assembly modules for both thermal ink printers and ribbon ink printers such that the modular printer can be easily converted from one to the other.

Abstract: A modular printer having a media take-up assembly module, a support block assembly module, a printhead assembly module, a stepper motor assembly module and a display assembly module is provided. A support body having a plurality of recesses formed on an internal wall of the modular printer is also provided. Each of the recesses is configured to receive and align one of the modular printer assemblies with the other modular printer assemblies. Each of the assemblies is configured as a module which can be easily accessed and quickly secured to or detached from the support body. The support body is adapted to receive assembly modules for both thermal ink printers and ribbon ink printers such that the modular printer can be easily converted from one to the other.

Abstract: A modular printer having a media take-up assembly module, a support block assembly module, a printhead assembly module, a stepper motor assembly module and a display assembly module is provided. A support body having a plurality of recesses formed on an internal wall of the modular printer is also provided. Each of the recesses is configured to receive and align one of the modular printer assemblies with the other modular printer assemblies. Each of the assemblies is configured as a module which can be easily accessed and quickly secured to or detached from the support body. The support body is adapted to receive assembly modules for both thermal ink printers and ribbon ink printers such that the modular printer can be easily converted from one to the other.

Abstract: A modular printer having a media take-up assembly module, a support block assembly module, a printhead assembly module, a stepper motor assembly module and a display assembly module is provided. A support body having a plurality of recesses formed on an internal wall of the modular printer is also provided. Each of the recesses is configured to receive and align one of the modular printer assemblies with the other modular printer assemblies. Each of the assemblies is configured as a module which can be easily accessed and quickly secured to or detached from the support body. The support body is adapted to receive assembly modules for both thermal ink printers and ribbon ink printers such that the modular printer can be easily converted from one to the other.