Abstract: An automated knife sharpening and cleaning system is provided. The system comprises a container body that is configured to hold a utensil holder that is configured to releasably couple to the container body, the utensil holder configured to hold a utensil. The system further includes a drive assembly and a gripper assembly, the gripper assembly being coupled to the drive assembly and the drive assembly being configured to move the gripper assembly within the three-dimensional coordinate space of the container body. The system further includes a grinding assembly that is configured to sharpen the utensil. During operation of the system, the gripper assembly is configured to grip the utensil and remove the utensil from the utensil holder, hold the utensil within the grinding assembly during sharpening, and replace and release the utensil in the utensil holder once the sharpening is complete. Moreover, the system may clean and sanitize the utensil.

Abstract: A door jamb reinforcer that provides for reinforcement of the door jamb and the frame of an entry way door to prevent forced entry is disclosed. The door jamb reinforcer includes a latchbolt opening, a deadbolt opening, and a plurality of fastener openings, and is secured to the door jamb via long fasteners extending through corresponding fastener openings and into the door frame behind the door jamb.

Abstract: In one example, a transmission is provided that includes a sheave of selectively variable configuration, a driven member configured to engage the sheave, and a plurality of drive members configured for radial movement to selectively engage the driven member. The transmission may be operable in one or more of the following modes: traction mode, integer mode, IN mode, and infinite mode.

Abstract: A door jamb reinforcer that provides for reinforcement of the door jamb and the frame of an entry way door to prevent forced entry is disclosed. The door jamb reinforcer includes a latchbolt opening, a deadbolt opening, and a plurality of fastener openings, and is secured to the door jamb via long fasteners extending through corresponding fastener openings and into the door frame behind the door jamb.

Abstract: Methods and apparatuses for accessing documents in a multi-security domain environment are described herein. The novel methods may be processor implemented methods and may include saving by a processor from a first to a second security domain a version of a document, wherein the first security is a higher security domain than the second security domain. As part of the saving operation, a determination may be made as to whether the document includes one or more components not to be accessible through the second security domain, and writing the components of the document excluding the one or more components determined not to be accessible through the second security domain into the second security domain. The methods may further include opening the document through the security domain by determining whether a version of the document has been saved to the second security domain, and if so, merging a copy of modifications made to version of the document, if there are any, into the document being open.

Abstract: Methods and apparatuses for accessing documents in a multi-security domain environment are described herein. The novel methods may be processor implemented methods and may include saving by a processor from a first to a second security domain a version of a document, e.g., a wiki webpage with multiple tear portions, wherein the first security is a higher security domain than the second security domain. As part of the saving operation, a determination may be made as to whether the document includes one or more components not to be accessible through the second security domain, and writing the components of the document excluding the one or more components determined not to be accessible through the second security domain into the second security domain.

Abstract: Methods and apparatuses for accessing documents in a multi-security domain environment are described herein. The novel methods may be processor implemented methods and may include saving by a processor from a first to a second security domain a version of a document, wherein the first security is a higher security domain than the second security domain. As part of the saving operation, a determination may be made as to whether the document includes one or more components not to be accessible through the second security domain, and writing the components of the document excluding the one or more components determined not to be accessible through the second security domain into the second security domain. The methods may further include opening the document through the security domain by determining whether a version of the document has been saved to the second security domain, and if so, merging a copy of modifications made to version of the document, if there are any, into the document being open.

Abstract: Methods and apparatuses for accessing documents in a multi-security domain environment are described herein. The novel methods may be processor implemented methods and may include saving by a processor from a first to a second security domain a version of a document, e.g., a wiki webpage with multiple tear portions, wherein the first security is a higher security domain than the second security domain. As part of the saving operation, a determination may be made as to whether the document includes one or more components not to be accessible through the second security domain, and writing the components of the document excluding the one or more components determined not to be accessible through the second security domain into the second security domain.