Abstract: A latch assembly for a vehicular latching system configured to provide an anti-chucking locking function in cooperation with a latch mechanism. The latch mechanism has a ratchet that is moveable by a striker between a striker release position, a striker capture position, and a striker over-travel position. A pawl is operable in a ratchet holding position to hold the ratchet when the ratchet is in the striker capture position and operable in a ratchet releasing position to release the ratchet to allow the ratchet to return to its striker release position. A latch release mechanism operates to move the pawl between its ratchet holding and ratchet releasing positions. The anti-chuck locking function is provided by the pawl having a lock tooth and the ratchet having a lock notch for locking engagement therebetween when the pawl holds the ratchet in its striker capture position for muting vibrations of the latch assembly.

Abstract: A system and method for providing stringent tamper resistant protection against changes to key system security features. The tamper protection is configured such that any changes to the policy can only occur from a configuration manager console, thereby preventing local device admin users or other malicious actors from altering the setting. Thus, tamper protection locks the selected service and prevents security settings from being changed through third-party apps and methods. When a system administrator enables the feature for an enterprise's workstations, only administrators will be able to change the service settings across a company's computers. The tamper protection policy is digitally signed in the backend before being deployed to endpoints, and the endpoint verifies the validity and intent of the policy, establishing that it is a signed package that only security operations personnel with the necessary administrator rights can control.

Abstract: A system and method for providing stringent tamper resistant protection against changes to key system security features. The tamper protection is configured such that any changes to the policy can only occur from a configuration manager console, thereby preventing local device admin users or other malicious actors from altering the setting. Thus, tamper protection locks the selected service and prevents security settings from being changed through third-party apps and methods. When a system administrator enables the feature for an enterprise's workstations, only administrators will be able to change the service settings across a company's computers. The tamper protection policy is digitally signed in the backend before being deployed to endpoints, and the endpoint verifies the validity and intent of the policy, establishing that it is a signed package that only security operations personnel with the necessary administrator rights can control.

Abstract: Technologies for detecting malware based on reinforcement learning model to detect whether a file is malicious or benign and to determine the best time to halt the file's execution in so detecting. The reinforcement learning model combined with an event classifier and a file classifier learns whether to halt execution after enough state information has been observed or to continue execution if more events are needed to make a highly confident determination. The algorithm disclosed allows the system to decide when to stop on a per file basis.

Abstract: Technologies for training systems for detecting malware based on reinforcement learning model. Such trained systems detect whether a file is malicious or benign and to determine the best time to halt the file's execution in so detecting. The reinforcement learning model combined with an event classifier and a file classifier learns whether to halt execution after enough state information has been observed or to continue execution if more events are needed to make a highly confident determination. The algorithm disclosed allows the system to decide when to stop on a per file basis.

Abstract: Technologies for detecting malware based on reinforcement learning model to detect whether a file is malicious or benign and to determine the best time to halt the file's execution in so detecting. The reinforcement learning model combined with an event classifier and a file classifier learns whether to halt execution after enough state information has been observed or to continue execution if more events are needed to make a highly confident determination. The algorithm disclosed allows the system to decide when to stop on a per file basis.

Abstract: A cable adjustment mechanism for connecting a cable assembly comprising a cable to a bracket, the mechanism comprising: a connecting bushing having a bracket connector for attaching to the bracket, a first body interior for receiving the cable there though, and a cable connector for attaching to the a mechanism body of the cable assembly; the mechanism body having a second body interior for receiving the cable there though, a first end, and a second end for receiving the connecting bushing, the first end opposed to the second end, the second body interior defining an adjustment axis; a spacing member having one end for coupling to a cable body of the cable assembly and another end for coupling with the mechanism body at the first end, the another end opposed to the one end, the spacing member having a third body interior for receiving the cable there through; and a lock for retaining a selected relative position on the mechanism body along the adjustment axis in order to retain a resultant separation distance

Abstract: A latch assembly for a vehicular latching system configured to provide an anti-chucking locking function in cooperation with a latch mechanism. The latch mechanism has a ratchet that is moveable by a striker between a striker release position, a striker capture position, and a striker over-travel position. A pawl is operable in a ratchet holding position to hold the ratchet when the ratchet is in the striker capture position and operable in a ratchet releasing position to release the ratchet to allow the ratchet to return to its striker release position. A latch release mechanism operates to move the pawl between its ratchet holding and ratchet releasing positions. The anti-chuck locking function is provided by the pawl having a lock tooth and the ratchet having a lock notch for locking engagement therebetween when the pawl holds the ratchet in its striker capture position for muting vibrations of the latch assembly.

Abstract: An extruded fin pack assembly is provided which is positioned within an appliance cabinet. In the embodiments, the fin pack includes a plurality of fins which are mounted in a substantially vertical plane and create flowpaths for air flow currents therethrough. A cover is provided to attach to the fins and hide the fins from view when the cabinet of the refrigerator or freezer is open. The cover also increases efficiency of the flowpaths between the fins thereby increasing convection heat transfer and increasing removal of heat from within the cabinet.

Abstract: Aspects of the subject matter described herein relate to malware detection using code analysis and behavior monitoring. In aspects, an anti-malware engine performs static analysis on program code and monitors behavior of the program code that is exhibited when the program code executes in a virtual and/or non-virtual environment. The anti-malware engine combines the results of both types of malware detection to determine whether the program code includes malware. The anti-malware engine may use feedback from one or more of the malware detection mechanism to direct additional malware detection (e.g., static and/or behavior detection) for the program code.

Abstract: A latch (10) having a housing (12, 14, 16, 18) to which a ratchet (38) is pivotably mounted by a rivet (40) for rotation about a first axis between a latched and unlatched configuration. A slot (44) extents through the latch and has a first arcuate portion (100) and a first radial portion (102). A pawl assembly (48, 58, 60, 70) has a roller (48) extending through the slot (44). The pawl assembly is mounted to the housing for movement of the roller relative to the ratchet (38) between a first arcuate portion and a first radial portion of the slot. The rivet (40) is deformable to allow the ratchet (38) to rotate about the roller axis upon the ratchet (38) being exposed to an unlatching force above a predetermined level. A flange (108) extends from the housing across the ratchet (38) to limit the pivotal movement of the ratchet (38) about the roller axis.

Abstract: A method of therapy based on a pharmaceutical composition that has an irreversible effect of inhibiting the malignancy of tumors and cancers that comprises an effective ingredient is disclosed. The effective ingredient can be used in combination with a vector and/or metabolite that is specific to the malignant cells. This effect of blocking the malignancy without killing the cells is new, specific, and has been called malignodepriving inactivation.

Abstract: An attachment clip (200) for a vehicle door latch assembly includes a first clip portion (102) with a first alignment member (118), a second clip portion (104) with a first alignment channel (122), and a resilient hinge (206) extending between the clip portions so as to allow the clip portions to close around an attachment member (40). The resilient hinge includes an alignment boss (228) integrally molded on the hinge and being disposed for engagement with one of the clip portions for forcing engagement upon closing of the clip portions.