Abstract: Couplings for joining pipe elements have segments with attachment members with faces which contact one another when the segments are properly installed on the pipe elements. Each segment has one or more shrouds and recesses positioned along the faces. The shrouds on one segment are received within respective recesses on the other segment. The shrouds block the line of sight toward the central space which the segments surround and which receives the pipe elements. Index markings on the segments show visual inspection points to confirm proper engagement between the segments and the pipe elements.

Abstract: A method of installing a coupling for joining pipe elements uses a pipe coupling having two segments with action surfaces in facing relationship. Attachment elements on each segment, in the form of lugs, accommodate adjustable fasteners which draw the segments together when tightened. Support surfaces on the lugs engage one another and react the fastener force. Stop surfaces are positioned on the lugs adjacent to the support surfaces. Engagement between the stop surfaces provides a visual indication that the coupling has been properly installed.

Abstract: Couplings for joining pipe elements have segments with attachment members with faces which contact one another when the segments are properly installed on the pipe elements. Each segment has one or more shrouds and recesses positioned along the faces. The shrouds on one segment are received within respective recesses on the other segment. The shrouds block the line of sight toward the central space which the segments surround and which receives the pipe elements. Index markings on the segments show visual inspection points to confirm proper engagement between the segments and the pipe elements.

Abstract: A method of dynamically performing data transformations on information that is transmitted between a user device and a web service may include receiving interface code from the web service, receiving an input from the user device that identifies a data type, and a data transformation to be applied to data instances matching the data type. The method may also include causing a definition file to be stored with the data type, the data transformation, and a resource locator. The method may additionally include, in a second communication session, intercepting a transmission, accessing the definition file using the resource locator, determining whether the data instance matches the data type, causing the data transformation to be performed on the data instance to generate transformed data, and inserting the transformed data into the transmission if the data instance matches the data type.

Abstract: A method of providing transparent encryption for a web resource includes a key manager receiving an encryption key policy; receiving user identifiers and resource locators; defining an access control list based the user identifiers; generating an encryption key and a key identifier for a first resource locator; and establishing a secure communication channel between first and second watchdog modules. The method also includes the watchdog sending encryption information using the secure communication channel. The method also includes a transparent encryption module storing the encryption key and the access control list in protected memory; receiving an input comprising a request to access the first resource stored in the web resource; determining that the user identifier is included in the access control list; encrypting data using the encryption key; and decrypting data using the encryption key.

Abstract: A method of providing transparent encryption for a web resource includes a key manager receiving an encryption key policy; receiving user identifiers and resource locators; defining an access control list based the user identifiers; generating an encryption key and a key identifier for a first resource locator; and establishing a secure communication channel between first and second watchdog modules. The method also includes the watchdog sending encryption information using the secure communication channel. The method also includes a transparent encryption module storing the encryption key and the access control list in protected memory; receiving an input comprising a request to access the first resource stored in the web resource; determining that the user identifier is included in the access control list; encrypting data using the encryption key; and decrypting data using the encryption key.

Abstract: A method of providing transparent encryption for a web resource includes a key manager receiving an encryption key policy; receiving user identifiers and resource locators; defining an access control list based the user identifiers; generating an encryption key and a key identifier for a first resource locator; and establishing a secure communication channel between first and second watchdog modules. The method also includes the watchdog sending encryption information using the secure communication channel. The method also includes a transparent encryption module storing the encryption key and the access control list in protected memory; receiving an input comprising a request to access the first resource stored in the web resource; determining that the user identifier is included in the access control list; encrypting data using the encryption key; and decrypting data using the encryption key.

Abstract: A method of providing transparent encryption for a web resource includes a key manager receiving an encryption key policy; receiving user identifiers and resource locators; defining an access control list based the user identifiers; generating an encryption key and a key identifier for a first resource locator; and establishing a secure communication channel between first and second watchdog modules. The method also includes the watchdog sending encryption information using the secure communication channel. The method also includes a transparent encryption module storing the encryption key and the access control list in protected memory; receiving an input comprising a request to access the first resource stored in the web resource; determining that the user identifier is included in the access control list; encrypting data using the encryption key; and decrypting data using the encryption key.

Abstract: A stirling engine is disclosed. The engine includes at least two fluid chambers; a displacer, which may be rotary; and a movable seal. At least one displacer may be included in each of the at least two fluid chambers. The movable seal separates the at least two fluid chambers. In a further aspect, a stirling engine may include any one of at least one heat source, at least one heat sink, at least one converter, or any combination of any two or more of the preceding.

Abstract: A stirling engine is disclosed. The engine includes at least two fluid chambers; a displacer, which may be rotary; and a movable seal. At least one displacer may be included in each of the at least two fluid chambers. The movable seal separates the at least two fluid chambers. In a further aspect, a stirling engine may include any one of at least one heat source, at least one heat sink, at least one converter, or any combination of any two or more of the preceding.

Abstract: Animal shampoo compositions and methods of using the same for topical treatment of pets in need of improvement of quality of skin are provided. Methods for preparing such shampoos are also provided.

Abstract: An aqueous composition for treating the skin of an animal is provided, the composition including a moisturizer, an anti-itch agent, a skin conditioner, a hair conditioner, a cleansing agent, and an aromatherapy agent. A method for preparing such a composition as well as a method for using the composition for improving the skin condition of a domestic animal such as a dog, a cat, or a horse are also provided.

Abstract: The invention relates to a method and an installation for cooling bulk products, especially pellets or feed cubes. In order to accelerate possible product replacement, the formed pellets are cooled in two steps, a precooler (3) directly following the forming device (2). A secondary cooling process is only carried out after sifting or breaking and sifting.

Abstract: The invention relates to a method and an installation for cooling bulk products, especially pellets or feed cubes. In order to accelerate possible product replacement, the formed pellets are cooled in two steps, a precooler (3) directly following the forming device (2). A secondary cooling process is only carried out after sifting or breaking and sifting.

Abstract: The invention disclosed herein relates to a device for applying thermal therapy, treatment or comfort to a patient or user which includes a container having an upper side and lower side with a space therebetween containing a chemical composition adapted to provide a thermal effect, and a plurality of discrete attachment areas which generally define a central location in the container. The device has a nest configuration and automatically conforms to the user's geometry upon application of weight thereon. The discrete attachment areas are positioned to define an inner peripheral base portion and outer peripheral portion in the device which collectively form the nest configuration. The device is particularly useful in thermal treatment for infants.

Abstract: A reaction chamber is filled with a fine fibrous material capable of holding powdered anatase titanium dioxide. Embedded in the fibrous mesh is a source of ultraviolet light that is used to photo-excite the titanium dioxide. Air containing carbon monoxide is passed through the reaction chamber, and carbon monoxide is oxidized to carbon dioxide which then passes out of the filter. An alternative embodiment is a rectangular plate several feet square containing fibrous material containing titanium dioxide. Ultraviolet light impinges on the fibrous material photo-exciting the titanium dioxide. When air from an HVAC system is passed through the filter, carbon monoxide is oxidized into carbon dioxide and thus effectively removed from the air. Ultraviolet light can alternatively be supplied to the filter via lossy optical waveguides or fiber optics. These waveguides may be coated with titanium dioxide or the titanium dioxide may be separately suspended in the filter.