Abstract: A frame (10) has an arch that is composed of a top portion (12) and side portions (16) extending downwardly from the opposite ends of the top portion (12). The bottoms of the side portions (16, 18) are connected to outer end portions of a transverse frame member that is a part of a base for the frame. The base also includes a pair of longitudinal frame members which are spaced apart from each other and are spaced inwardly from the side portions (16, 18) of the arch (12). These longitudinal frame members also form tracks for a carriage that supports a lower platen. The platen and carriage are slideable between “in” and “out” positions much like a drawer is slid in and out.

Abstract: A clamping member (16) is substantially in the form of a cylinder with a narrow strip removed. The clamping member (16) is lined with a resilient layer (136). A heating layer (138) is positioned between the clamping member (16) and the resilient layer (136). A cup (22) surrounded by a heat transfer (142) is positioned in the clamping member (16) when the clamping member (16) is in an open position. Then, the end portions (42, 44) of the clamping member (16) are moved together so that they will in turn move the clamping member (16) and its liner (136) into snug engagement with the outer surface of the cup (22). Then electrical energy is applied to the heating element layer (138) for causing a transfer of printing and/or design indicia from the transfer (142) to the outer surface of the cup (22). Swinging movement of a handle (18) between first and second positions operates a mechanism that opens and closes the clamping member (16).

Abstract: An exposure unit and a work piece support table are interchangeably mounted on an elongated, horizontal support arm. The support arm is a part of a screen-printing machine that includes a post to which one end of the support arm is connected. The post includes a rotor to which a plurality of printing screens are attached. The rotor is rotated to successively place the printing screens above the exposure unit. After the printing screens are exposed, they are removed from the rotor and washed to remove from them an unexposed portion of a coating that was applied to the printing screen. This unexposed portion of the coating is washed away, leaving a positive image on the screen where the washed away material was once located. This positive image reason will pass ink. After the printing screens have been prepared, the exposure unit is removed from the support arm and is replaced on the support arm by a work piece supporting table. A work piece is positioned on the table.

Abstract: A screen frame (24) is detachably connected to a support frame structure (22, 124, 134) by locator pins (46, 118) and locator pin sockets (56, 112, 136). An elongated support arm (26) supports either a light box (34) or a work piece support (36) in a proper position relative to the print frame (24). The light box (34) and the work piece support (36) are interchangeable on the support arm (26).

Abstract: An improved table and ink wipe cartridge for a pad printer consists of a table mounted to a base by a pair of parallel, nylon bearings. The bearings enable the table to slide back and forth easily without requiring conventional ballbearings and guides. The cartridge automatically rolls and wipes ink on a print tray carried by the table.

Abstract: An inner frame (38) is provided with a printing screen that includes a stencil of a numeral. An object to be printed (e.g. a shirt) is placed on a platen (P), in a substantially centered position with respect to an outer frame (10) having an open center (28). The inner frame (38) is positioned within the inner space (28) of the outer frame (10) and is fixed in position relative to the outer frame (10) so as to properly position the stencil with the object to be printed on the platen (P). Locator pins (82,84,86,88,90) and locator pin openings (92,94,96,98,100,102,104) are provided and arranged for establishing five possible positions of the inner frame (38) within the inner space (28) of the outer frame (10).

Abstract: A screen frame (24) is detachably connected to a support frame structure (22,124,134) by locator pins (46, 118) and locator pin sockets (56,112,136). An elongated support arm (26) supports either a light box (34) or a work piece support (36) in a proper position relative to the print frame (24). The light box (34) and the work piece support (36) are interchangeable on the support arm (26).

Abstract: An inner frame (38) is provided with a printing screen that includes a stencil of a numeral. An object to be printed (e.g. a shirt) is placed on a platen (P), in a substantially centered position with respect to an outer frame (10) having an open center (28). The inner frame (38) is positioned within the inner space (28) of the outer frame (10) and is fixed in position relative to the outer frame (10) so as to properly position the stencil with the object to be printed on the platen (P). Locator pins (82,84,86,88,90) and locator pin openings (92,94,96,98,100,102,104) are provided and arranged for establishing five possible positions of the inner frame (38) within the inner space (28) of the outer frame (10).

Abstract: A fully automated cappuccino, latte, and espresso brewing machine which includes a refrigerated milk supply from which milk is drawn by a steam driven venturi apparatus. The venturi subcombination includes independently electrically operated valving for the driving steam, for drawing milk from its supply, and for drawing air, as desired, for foaming the milk in a vortex mixer coupled to the output of the venturi. The valving may be sequential so that with each cycle of use of the apparatus, it is hygienically steam cleaned of all milk residue.

Abstract: A automated, milk inclusive espresso coffee machine which includes a fully automatic coffee grinding and brewing apparatus and a steam generator for driving a venturi mixing device which draws ambient air and milk from a refrigerated source for making milk inclusive espresso beverages, all milk contacting surfaces being either refrigerated or steam cleaned with each beverage made and served. A novel microprocessor controls all operations including brewing, steam generating, water heating, refrigerating, operations parameters, measuring and monitoring, many "house-keeping" functions and others.

Abstract: A linear actuator control system (10) as applied to a chaise lounge (12) having a seat back (14) pivotally hinged to a seat portion (16). The actuator (20) includes a piston assembly (46) mounted within a cylinder assembly (48) for controlled movement through a position control assembly (50). A rotatable valve assembly (172) mounted within the piston (66) prevents the flow of hydraulic fluid through a passageway (88) in the piston to selectively lock the piston (66) in position within the cylinder (96). A cam assembly (174) translates linear movement of a cable (244) into rotational movement by the interaction of a cam follower (216) and a cam member (214) having an opening (224) formed therein that interacts with the cam follower (216).

Abstract: A hanger for a portable power tool and the combination of the hanger and the tool. The hanger is secured to the tool handle along a wall thereof by a screw or screws which extends through a screw hole or holes provided to receive a screw or screws, respectively, to secure the handle to the tool housing. A wall of the hanger is contiguous or substantially contiguous with the wall of the handle. The screw holding the hanger to the handle and housing extends transversely to elongated directions of the contiguous walls and extends intermediate the wall ends. A channel is secured to the hanger and has its side walls extending over the above walls and along side walls of the handle, the screw extending through the side walls. This arrangement prevents pivoting of the handle with respect to the screw and handle, and securely fixes the hanger to the handle with respect to external forces on the hanger.