Abstract: Thermal consistency devices and systems that utilize phase change materials to provide thermal support to the body part of a human or animal within a precise temperature range for extended periods, without the need for mechanical heating or cooling or thermal support provided by chemical reactions, are disclosed. Methods of applying precise, controlled, and consistent thermal support to the body part of a human or animal utilizing phase change materials are also disclosed.

Abstract: Devices that utilize phase change materials to maintain objects, such as beverage containers, within a precise temperature range for extended periods, without the need for ice, open flames, or mechanical heating or refrigeration, are disclosed. Methods of maintaining such objects within a precise temperature range for extended periods, without the need for ice, open flames, or mechanical heating or refrigeration, are also disclosed.

Abstract: A multi-component magnetic system for joining materials together or fastening materials to a person's body is disclosed. The system is particularly useful as a closure or joining mechanism in clothing, accessories and the like.

Abstract: A multi-component magnetic system for joining materials together or fastening materials to a person's body is disclosed. The system is particularly useful as a closure or joining mechanism in clothing, accessories and the like.

Abstract: Transportable containers that utilize phase change materials to maintain blood or other biological material within a precise temperature range for extended periods, without the need for mechanical temperature control, are disclosed. Methods of maintaining such biological materials within a precise temperature range for extended periods, without the need for mechanical temperature control, are also disclosed.

Abstract: Disclosed are various embodiments for data processing using decision tree data structures to implement artificial intelligence in an ingestion process. At least one computing device may be employed to access reference data from a data store accessible to the at least one computing device and parse the reference data using a natural language processor to identify relevant data for storage in at least one decision tree data structure. An ingestion process is applied to receive input data from at least one client device remotely over a transmission network. The at least one decision tree data structure is queried to identify a node in the at least one decision tree data structure that corresponds to a state of the ingestion process. A first metric for a first child node and a second metric for a second child node are generated using the input data.

Abstract: Fabrics comprising inorganic fibers, or threads composed of such fibers, coated with a polymer composition sufficient to contain fiber particles within the fabric, are disclosed. Such fabric is suitable for use in garments and coverings for valuable objects, among many other utilities. Methods of making such fabric are also disclosed, as are garments and other articles made from such fabrics, and methods for their use.

Abstract: Disclosed are various embodiments for determining and/or providing machine-assisted legal assessments. User input may be provided by a user to an input mechanism through an ingestion process. An assessment engine may compare user input provided at a state of the ingestion process to one or more decision frameworks in order to determine probabilities, estimated expenditures, recommendations, and/or suggestions. An output control may export the decision frameworks and/or any stored or generated data according to predefined agreement constraints.

Abstract: A container lid for preventing spills or leaks, which enhances the flow and direction of aromatic vapors of beverages within the container to the consumer's nostrils, is disclosed. The lid comprises vapor ports that provide for aerodynamic redirection of aromatic vapors toward the drinker's nostrils, and one or more spill-preventing mechanisms to keep beverages within the container in case of overfilling or tipping, and an optional manual closure to contain heat and aroma within the container when it is not in use.

Abstract: A method for regulating execution of an application program includes a process for preparing the application and a process for executing the application. The preparation process divides the application program into related segments and encrypts instructions of at least one segment, positions encrypted instructions in at least two discontiguous regions within an executable file, and associates header information with at least one discontiguous region. The execution process initiates execution of the protected application when at least a portion of the application instructions are available to the computer only in encrypted form. Also provided are systems and methods to allow debugging of code extensions to protected applications without sacrificing protection of the application. A Secure Debugger allows extension developers to examine memory and set breakpoints in their own extensions, without permitting them to view information in the rest of the protected application.

Abstract: A method for regulating execution of an application program includes a process for preparing the application and a process for executing the application. The preparation process divides the application program into related segments and encrypts instructions of at least one segment. The preparation process positions encrypted instructions in at least two discontiguous regions within an executable file and associates header information with at least one discontiguous region. The header identifies a decryption key and the location of the other discontiguous region. The resulting execution file thus has portions that would not execute and would cause an operating system to call a responsive process. The execution process initiates execution of the protected application when at least a portion of the application instructions are available to the computer only in encrypted form. The user is authenticated, after which the encrypted portions can be decrypted and execution resumed.

Abstract: A method for regulating execution of an application program includes a process for preparing the application and a process for executing the application. The preparation process divides the application program into related segments and encrypts instructions of at least one segment. The preparation process positions encrypted instructions in at least two discontiguous regions within an executable file and associates header information with at least one discontiguous region. The header identifies a decryption key and the location of the other discontiguous region. The resulting execution file thus has portions that would not execute and would cause an operating system to call a responsive process. The execution process initiates execution of the protected application when at least a portion of the application instructions are available to the computer only in encrypted form. The user is authenticated, after which the encrypted portions can be decrypted and execution resumed.

Abstract: A method for regulating execution of an application program includes a process for preparing the application and a process for executing the application. The preparation process divides the application program into related segments and encrypts instructions of at least one segment. The preparation process positions encrypted instructions in at least two discontiguous regions within an executable file and associates header information with at least one discontiguous region. The header identifies a decryption key and the location of the other discontiguous region. The resulting execution file thus has portions that would not execute and would cause an operating system to call a responsive process. The execution process initiates execution of the protected application when at least a portion of the application instructions are available to the computer only in encrypted form. The user is authenticated, after which the encrypted portions can be decrypted and execution resumed.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.

Abstract: The invention provides for encrypting electronic information such as a document so that only users with permission may access the document in decrypted form. The process of encrypting the information includes selecting a set of policies as to who may access the information and under what conditions. A remote server stores a unique identifier for the information and associates an encryption/decryption key pair and access policies with the information. Software components residing on the author's computer retrieve the encryption key from the remote server, encrypt the information, and store the encrypted information at a location chosen by the author. A user wishing to access the information acquires the encrypted information electronically.