Abstract: A tube splicing machine is provided which includes a frame on which a die holder is located. A swaging die is removably mounted in the die holder, and the die holder includes a main plate and a top plate that is removably connected to the main plate. A die holding opening is defined through a portion of the main plate and the top plate in which the swaging die is inserted. The swaging die includes two die parts that together define a die opening and are separable along a mid-line of the die opening. A splice fitting engagement plate with a splice fitting engagement portion is located on the frame, with the splice fitting engagement plate having an opening or an openable top to allow removable connection to a splice fitting. An actuator is connected between the splice fitting engagement plate and the die holder for moving the splice fitting engagement plate relative to the die holder from an initial position to a swaged position, in order to swage the splice fitting onto a length of hose or tubing.

Abstract: A tube splicing machine is provided which includes a frame on which a die holder is located. A swaging die is removably mounted in the die holder, and the die holder includes a main plate and a top plate that is removably connected to the main plate. A die holding opening is defined through a portion of the main plate and the top plate in which the swaging die is inserted. The swaging die includes two die parts that together define a die opening and are separable along a mid-line of the die opening. A splice fitting engagement plate with a splice fitting engagement portion is located on the frame, with the splice fitting engagement plate having an opening or an openable top to allow removable connection to a splice fitting. An actuator is connected between the splice fitting engagement plate and the die holder for moving the splice fitting engagement plate relative to the die holder from an initial position to a swaged position, in order to swage the splice fitting onto a length of hose or tubing.

Abstract: A method of installing a self-supporting liner in a pipe section having an inner diameter DP. The liner includes a continuous tube of polymeric material, a braided sheath surrounding the tube, and an outer jacket surrounding the braided sheath. The liner has a relaxed outer diameter that is greater than DP. The diameter of the liner is temporarily reduced by applying a tensile load to the liner, which causes the braided sheath to radially compress the continuous tube of polymeric tubing. The liner is inserted into the pipe section while maintaining the radially-compressive force on the liner until the liner has been positioned along the desired length of the pipe section. The tensile load is then removed and the liner is maintained in the pipe section until the diameter of the pipe liner relaxes and forms an interference fit with the inner wall of the pipe section.

Abstract: A unidirectional drive for a multi-part construction toy. A circular first drive element is received within the cylindrical wall of a second drive element. Each drive element has angularly oriented fixed drive teeth projecting toward the other. The outermost dimension of the first drive element is such as to enable it to rotate in one direction within the second drive element, without driving engagement to cause the second element to rotate. At least one of the drive elements is free to move radially with respect to its axis of rotation such that, when rotated in a driving direction, relative radial displacement between the two drive elements causes the respective drive teeth to become positively engaged for maintaining the two drive elements in positive driving relation. An extraordinarily simple and inexpensive one-way clutch drive is achieved.

Abstract: A two-part shock absorber device for toy vehicles is comprised of a sleeve part and a strut part, each formed of molded plastic material. The strut element is received within an internal cavity of the sleeve for axial extending and retracting movement. The upper end of the sleeve cavity is progressively constricted, and cooperates with a pair of upwardly extending spring tines fixed in cantilever fashion to the upper end of the strut. The squeezing of the spring tines within the constriction of the sleeve provides progressively increasing resistance to axial compression of the strut into the sleeve and also provides spring action for return of the strut to its normal axial extended position. A simulated coil spring, molded on the outside of the strut element provides for realistic simulation of the operation of a shock absorber.

Abstract: A sectional toy action figure is constructed of snap-together plastic components, characterized by the fact that an action figure may be assembled in a large variety of sizes and configurations, using a limited variety of individual components. Arms and legs may be configured in life-like orientations with connector elements providing for ball and socket connections at one end and a rod socket at the other. An additional terminal connector, comprising a ball socket at one end and a rod-like post at the other, is combinable with the before mentioned connector elements. Significant variety in sizing and configuring of the action figure is made possible by the ability to join said connector elements to each other by a connector rod, and to join a connector element with a terminal connector.