Abstract: Embodiments are directed to computer-implemented methods of operating a monitoring host of a performance management infrastructure. The method includes receiving, using natural language processing (NLP) algorithms, training data that includes operational data and functionality data. The operational data represents natural language descriptions of performance problems identified for an application computer program running a computing system. The functionality data represents natural language descriptions of functional capabilities of the application computer program. The NLP algorithms and a classifier are used to extract features of the training data. The extracted features are used to build a semantic correlation model that includes correlated data sets, wherein each of the correlated data sets includes functionality data and operational data having a semantic correlation to functionality data.

Abstract: Embodiments are directed to computer-implemented methods of operating a monitoring host of a performance management infrastructure. The method includes receiving, using natural language processing (NLP) algorithms, training data that includes operational data and functionality data. The operational data represents natural language descriptions of performance problems identified for an application computer program running a computing system. The functionality data represents natural language descriptions of functional capabilities of the application computer program. The NLP algorithms and a classifier are used to extract features of the training data. The extracted features are used to build a semantic correlation model that includes correlated data sets, wherein each of the correlated data sets includes functionality data and operational data having a semantic correlation to functionality data.

Abstract: A vertical and contour adjustment mechanism for a head restraint may include a frame, a vertical adjuster, a vertical lock, a contour adjuster, a contour lock, and a user interface. The frame may include first and second lateral portions. The vertical adjuster may be configured to allow adjustment of a vertical position of the frame. The vertical lock may be movable between a locked position and an unlocked position. The contour adjuster may be configured to allow adjustment of lateral positions of the first lateral portion and the second lateral portion. The contour lock may be movable between a locked position and an unlocked position. The user interface may be configured to be engaged by a user to simultaneously control movement of the vertical lock between the locked position and the unlocked position and control movement of the contour lock between the locked position and the unlocked position.

Abstract: A cargo strap assembly constructed and arranged for receipt by a stake pocket of a vehicle wherein the vehicle includes a sidewall which further defines an opening in communication with the stake pocket. The cargo strap assembly includes a cargo strap module which is constructed and arranged to fit within the stake pocket, the cargo strap module including a retractable cargo strap having an extendable end which is constructed and arranged to extend through the sidewall opening of the vehicle. The cargo strap assembly is completed by the addition of a cover plate which is constructed and arranged to be positioned against the sidewall of the vehicle and attach directly to the cargo strap module for securing the cargo strap module within the stake pocket.

Abstract: An apparatus for diverting wastewater in septic system comprises a top, a side adjoining and extending downwardly from the top, the top and the side form an inner volume and a partially open bottom. The bottom can be fully open. A first opening extends upwardly from the partially open bottom. A second opening, having a perimeter, is also on the side. The apparatus can be placed at outlet end of a trench to receive the trench pipe. The first opening, the open bottom and the inner volume permit the apparatus to be placed over a pipe without adjustments or modifications.

Abstract: An apparatus for diverting wastewater in septic system comprises a top, a side adjoining and extending downwardly from the top, the top and the side form an inner volume and a partially open bottom. The bottom can be fully open. A first opening extends upwardly from the partially open bottom. A second opening, having a perimeter, is also on the side. The apparatus can be placed at outlet end of a trench to receive the trench pipe. The first opening, the open bottom and the inner volume permit the apparatus to be placed over a pipe without adjustments or modifications.

Abstract: An interactive vector object (56, 76, 102) operable to be downloaded over a network (16) may comprise data (58, 104) to render an image of the vector object (56, 76, 102) and an active area defined by the vector object (56, 76, 102). A vector graphics network file (88) may in connection with the data (58, 104) render the image of the vector object (56, 76, 102) on a client system (14) connectable to the network (16).

Abstract: During connection set up between a mobile telephone and a base station, program data is acquired from the network for controlling its mode of operation. The mobile telephone and base station each have a memory for storing program data relating to one or more modes of operation. The base station transmits a signal indicative of a preferred mode of operation and the mobile responds with a signal indicative of whether its memory already contains program data for this mode of operation. If not, then the base station transmits the required program data. The base station and mobile telephone then operate in this preferred mode. If the mobile is not so capable (for example because it has insufficient memory), the process is repeated with different mode control programs until the most appropriate mutually compatible program is identified.

Abstract: An interactive vector object (56, 76, 102) operable to be downloaded over a network (16) may comprise data (58, 104) to render an image of the vector object (56, 76, 102) and an active area defined by the vector object (56, 76, 102). A vector graphics network file (88) may in connection with the data (58, 104) render the image of the vector object (56, 76, 102) on a client system (14) connectable to the network (16).

Abstract: An assembling apparatus and process. The apparatus has a conveyor with a pair of parallel and elongated line guides fixed thereabove. Articles are placed onto the conveyor between the parallel line guides and a plurality of line stop mechanisms are provided to momentarily stop articles on the conveyor with respect to the parallel line guides. A plurality of supply magazines are provided for releasably storing elements to stack and assemble the articles. A stream of first articles is provided on the conveyor. The process further includes the steps of stopping the first articles on the horizontal work surface in alignment with each supply magazine and between the elongated line guides, transferring an element from each supply magazine onto the first articles and releasing the first articles for successive movement on the conveyor to each supply magazine.

Abstract: An automated deep fat frying apparatus comprises a plurality of cooking vats in a housing having a filter pan pump assembly. The apparatus has an oil distribution system and a control system having a computer programmed to operate and control oil transfer functions. Motor operated drain and return valves with position sensors are installed on each vat in the oil distribution system and operated by the control system to provide an automatic filter function and an oil transfer function whereby oil is drained from a first vat and transferred to a second vat according to selection inputs from the operator. The system includes operator selectable automated fill and dispose functions. In addition to valve position sensors, the system includes oil level sensors in the vats and filter pan, a pan position sensor and may include level sensors in a supply or dispose tank tied in to the control system which prevent mishaps during oil transfer operations.

Abstract: An article placing assembly having a pushing mechanism constructed and arranged to engage and move articles from an article stack. The assembly has opposing pivoting gate members which cooperate to hold and release successive articles. Movable clamps further cooperate to hold the article stack as successive articles are sequentially moved from the article stack. A process is set forth for separating and removing successive articles from an article stack in a magazine.

Abstract: An automated deep fat frying apparatus comprises a plurality of cooking vats in a housing having a filter pan pump assembly. The apparatus has an oil distribution system and a control system having a computer programmed to operate and control oil transfer functions. Motor operated drain and return valves with position sensors are installed on each vat in the oil distribution system and operated by the control system to provide an automatic filter function and an oil transfer function whereby oil is drained from a first vat and transferred to a second vat according to selection inputs from the operator. The system includes operator selectable automated fill and dispose functions. In addition to valve position sensors, the system includes oil level sensors in the vats and filter pan, a pan position sensor and may include level sensors in a supply or dispose tank tied in to the control system which prevent mishaps during oil transfer operations.

Abstract: In accordance with the present invention a cooking appliance 10 is disclosed comprising heating element 14 in thermal communication with a cooking medium 12 for cooking food, temperature sensing element 18 for detecting a cooking medium temperature and control 20 connected to the temperature sensing element 18 for receiving the cooking medium temperature, wherein the control 20 is operable to generate a working temperature which may differ from the cooking medium temperature in order to account for a thermal transit time between the heating element 14 and the temperature sensing element 18, and further operable for regulating the heating element 14 in accordance with the working temperature. Other devices, systems and methods are disclosed.

Abstract: A pasta cooking system including an automatic control which permits a cooking vat containing water to be automatically filled to a predetermined level in response to turning the system on, maintained at a constant level by the addition of water during repeated cooking cycles, remove the starchy froths resulting from a cooking cycle in response to a manual input by adding additional water to cause water to rise above the automatically maintained level and overflow a skimming weir, drained by manually opening a valve and automatically rinsed by leaving the control system on during the drain time as water is continually added by the automatic fill system to clean the pot. The water is introduced by the automatic system in such a manner to cause surface agitation during the skim procedure, and to rinse the walls of the vat during the drain cycle. A water level sensing uses a single stainless steel probe and a low voltage a.c. current between the probe and a stainless steel vat to prevent cathartic corrosion.

Abstract: A deep fat frying system has heating elements controlled by triacs operated in the zero switching mode by a programmed digital processor. The triacs are switched, and thus power is delivered to the heating elements, at a rate substantially faster than the thermal cycle of the heating elements to create a constant or uniform temperature on the surface of the heating elements, which avoids temperature fluctuations, particularly excessive peak temperatures, in the heating elements that scorch fat in contact with the elements and that cause temperatures of the fat to overshoot a desired cooking set point temperature.

Abstract: An Improved Deep Fat Frying System is disclosed which utilities heating elements controlled by triacs operated in the zero voltage switching mode by a programmed digital processor which can be used in a deep fat fryer and operated in a manner to minimize the maximum surface temperatures of the heating element surfaces during all phases of operation. The triacs together with the programmed digital processor allows the fryer to be controlled in all modes of operation to advantageously reduce peak power demand at various times during the daily operating cycle, to minimize maximum temperature required for efficient heat transference to the oil, and to reduce temperature overshoot. A method of operation has also been disclosed by which the maximum power consumption of a battery of two or more of the units can be minimized by maintaining a low power heat up during melt cycle or initial warm up all the way to a set point temperature.

Abstract: Disclosed is a stereoscopic projection system for viewing from an eye station a stereoscopic image composed of a 1 x magnification of an image source pair. Said system comprises a pair of image sources each having an image center which are spaced apart from each other; a concave spherical mirror segment having a center of curvature and located between said image source pair and said viewable stereoscopic image. The concave spherical mirror is disposed so that the image centers of said image source pair and said viewable stereoscopic image are located at said center of curvature. Image deflecting means are disposed between its image source and said spherical mirror about the juncture whereat the aperture of the system is the smallest so that the image center of each of said image sources are located in spaced apart relationship.

Abstract: A method and apparatus for automatically mixing a solution having a specified concentration is disclosed. The apparatus comprises: a storage tank, means for automatically introducing water into the tank, means for slowly introducing salt into the tank, and means for terminating the introduction of salt into the tank when the specific gravity of the tank reaches a specified value. Means are provided for preventing withdrawal of solution during the mixing cycle.