Abstract:
A safety device, for example for candles, is disclosed. The safety device includes a cover, a support structure, a support device, a controller, an electrical timing device, an input device, an output device, and a closing device. The support structure is hingedly coupled to the cover, and configured to be supported by a container. The support device is coupled to the support structure. The controller is coupled to the support device. The electrical timing device is coupled to the support device and the controller. The input device is coupled to the support device and the controller. The output device is coupled to the support device and the controller. The closing device coupled to the support device and the controller.
Abstract:
A method for modifying an image includes the steps of selecting at least a portion of the image on which to superimpose a texture and segmenting the at least a portion of the image into a plurality of clusters. Each of the clusters is then parameterized with texture coordinates, and texture is assigned to each of the clusters using the texture coordinates to result in a texture patch. The texture patches are then blended together. As a result of practice of this method, the texture patches appear to adopt the surface undulations of the underlying surface.
Abstract:
A method of the invention includes the steps of selecting at least a portion of an image on which to superimpose a texture and segmenting that portion of the image into a plurality of clusters. Each of the clusters is then parameterized with texture coordinates, and texture is assigned to each of the clusters using the texture coordinates to result in a texture patch. The texture patches are then blended together. This exemplary method of the invention has the result of the texture patches appearing to adopt the surface undulations of the underlying surface.
Abstract:
A tool for pulling off the clutch mechanism of one specific make of washing machine. The tool has main mounting plate from each end off which passes therethrough an elongated screw. The mounting plate has an enlarged central hole for passing therethrough a large tubular member which is threaded on its outer circumferential surface, and which is hollow in it interior. The tubular member receives in its hollow interior the tubular sleeve of the clutch mechanism when the tool of the invention is used for pulling the clutch mechanism off from the drive shaft. At the bottom of tubular member, there is provided a larger-diameter head, having a pivotal latch. After placing the tubular member over the tubular sleeve, the pivotal latch is closed over cutout portion at the lower portion of the tubular sleeve, whereby the latch is thus in locked engagement with the tubular sleeve but free of contact with the inner drive shaft. The tool is then used by rotating a nut mounted on the upper end of the tubular member and above the mounting plate. Since the bottom heads of the two screws at the ends of the mounting plate are in contact against the motor housing, rotation of the nut causes the tubular member to be lifted up thereby, bringing along with the enlarged bottom head and tubular sleeve, and, therefore, the entire clutch mechanism along with it.
Abstract:
Immunoassay methods useful for the determination of the presence or absence of CEA gene family members are provided. Methods are provided that differentiate between members of the CEA gene family. In addition, monoclonal antibodies against CEA-family members, said antibodies specific to TM-CEA, CEA, or NCA, and not cross-reactive with other CEA family members are provided. Further, antibodies specific to two of three CEA gene family member, TM-CEA and NCA but not CEA and CEA and NCA but not TM-CEA, TM-CEA and CEA but not NCA, are provided. Said monoclonal antibodies include antibodies against native protein and antibodies against denatured protein. Also provided are hybridoma cell lines secreting said antibodies, and pharmaceutical compositions containing said antibodies or fragments thereof.
Abstract:
A container (34) includes first and second chambers (40, 42) for the storage of two substances (44, 46) such as medical liquids. The chambers are separated by a chamber-communicating assembly (61) which is selectively opened by an operator for mixture of the two substances and delivery to a patient. A leak detection compartment (62) encloses the assembly (61) between the two chambers, including a periperhal channel (76) and ridges (80) on the assembly (61).When seal integrity between the container wall sheets (36, 38) and the assembly (61) is less than complete, the leak detection compartment both prevents liquid in one chamber from entering the other through the leak pathway and also assures detection of the leak during the manufacturing operation.