Abstract: A roller ski adapter system is disclosed. Said roller ski adapter system comprises a ski adapters, a skis, a poles and a brake lines. Said ski adapters comprises a front adapters and a rear adapters. Said poles comprises a shaft, a brake lever assembly, a first end, a second end and a grip. Said brake lever assembly comprises said brake lines, a lever and a cable guide. Said front adapters comprises a squeeze plate assembly, a trucks and a wheels. Said rear adapters comprises a braking system, a rear wheel assembly, a squeeze plate assembly, a trucks and a wheels. Said braking system comprises a braking bar, a brake line, a one or more spring assemblies, a splitter and a brake lines. Said one or more spring assemblies comprises a first end, a second end, a first bracket, a second bracket and a one or more braking bar fasteners.

Abstract: The present disclosure relates, in some embodiments, to methods and systems of geosteering or geological operations. In some embodiments, systems of the present disclosure may transmit MWD or LWD data to a processor. The processor may extrapolate and convert the MWD or LWD data into KBTVD or pseudo-vertical data. Said extrapolation may be performed based on algorithmic expressions between the True Vertical Depth, the formation dip angle, and a Vertical Section Distance. In some embodiments, vertical data may be extrapolated by a processor and converted into pseudo-horizontal data. In some embodiments, systems may evaluate the formation dip angle and extrapolate a corrected true thickness of an interval layer. Screen representations of aforementioned data may be provided for. Embodiments of the present disclosure may provide for improved or more accurate data and/or virtualizations in the horizontal and/or vertical directions.

Abstract: A roller ski adapter system is disclosed. Said roller ski adapter system comprises a ski adapters, a skis, a poles and a brake lines. Said ski adapters comprises a front adapters and a rear adapters. Said poles comprises a shaft, a brake lever assembly, a first end, a second end and a grip. Said brake lever assembly comprises said brake lines, a lever and a cable guide. Said front adapters comprises a squeeze plate assembly, a trucks and a wheels. Said rear adapters comprises a braking system, a rear wheel assembly, a squeeze plate assembly, a trucks and a wheels. Said braking system comprises a braking bar, a brake line, a one or more spring assemblies, a splitter and a brake lines. Said one or more spring assemblies comprises a first end, a second end, a first bracket, a second bracket and a one or more braking bar fasteners.

Abstract: The present disclosure relates, in some embodiments, to methods and systems of geosteering or geological operations. In some embodiments, systems of the present disclosure may transmit MWD or LWD data to a processor. The processor may extrapolate and convert the MWD or LWD data into KBTVD or pseudo-vertical data. Said extrapolation may be performed based on algorithmic expressions between the True Vertical Depth, the formation dip angle, and a Vertical Section Distance. In some embodiments, vertical data may be extrapolated by a processor and converted into pseudo-horizontal data. In some embodiments, systems may evaluate the formation dip angle and extrapolate a corrected true thickness of an interval layer. Screen representations of aforementioned data may be provided for. Embodiments of the present disclosure may provide for improved or more accurate data and/or virtualizations in the horizontal and/or vertical directions.

Abstract: The invention is a floor that consists of structural insulated composite panels (SICP) made of an expanded polystyrene or polyurethane core and fiberglass reinforced phenolic resin outer skins. The density of the core and the thickness and fiberglass component of the skin as well as the thickness of the panel can be modified depending on the application. The floor panels are supported along the ends by the walls acting as deep beams by a bolt and angle system or by a “Strong Dog” system as well as by an Offset Adjustable Foundation Leg system.

Abstract: The invention is an Offset Adjustable Foundation Leg that provides support and tie down for structural insulated composite panel buildings. It is a telescoping leg made up of outside steel or aluminum round or rectangular tube and an inside steel or aluminum round or rectangular tube with the tubes provided with a series of holes for through bolting together which is placed on a bearing plate. Further adjustment and hold down means is provided by an adjustment means and nuts.

Abstract: This is a Panel Connection System for structured panel buildings consisting of a strong dog panel connection system that connects structural insulated composite roof, wall and floor panels to each other and to other surfaces such as floors and walls. It uses dog panel as connectors between the panels. The system consists of two parts: A) the field installed Strong Dog type one strip for wall to wall and certain roof to wall connections, and the field installed Strong Dog 2 strip type 2 for wall and to floor and certain wall to roof.

Abstract: A variable momentum monitoring system including the steps of:receiving from a user an identification of a required variable data input; obtaining the current live static value (LSV) of the identified required data input from a dynamic live data-stream and determining it as a base reference input (RI); calculating at least two sets of one or more incremental reference variable levels (RVLs) using the determined RI, one of the sets having values less than the RI and the other set having values greater than the RI; searching dynamic live data values (LDV) of the identified required data and comparing with the reference variable levels (RVLs); communicating to the user when the current live value of the identified required data matches with any of the reference variable levels (RVLs).

Abstract: A cremation urn and keepsake holder is provided. The urn and keepsake holder includes a housing of a general overall construction and appearance of a hard cover book and includes two book leafs which are hingidly attached to one another and which are rotatable to open the housing as a typical book would be opened. One book leaf provides a first compartment for receiving keepsake articles and can include a photograph holder. The second book leaf provides a second, hermetical sealed compartment for receiving and holding cremation remains. A container assembly can be provided for storing additional keepsake articles, and a decorative pillow can be provide for the attachment of keepsake articles. When the leafs are closed, the keepsake articles are safely retained by the housing.

Abstract: A package for a product includes a support member having a barrier film disposed thereon and supporting the product; web structure for enclosing the product and the support member, the web structure including a first web and a second web sealed to the first web for enclosing the product wherein the second web includes a non-barrier layer sealed to the first web and a peelable barrier layer; and tab structure for initiating peel of the peelable barrier layer from the non-barrier layer at a location where the non-barrier layer is sealed to the first web whereby peeling of the peelable barrier layer does not cause peeling of the barrier film disposed on the support member.

Abstract: A method for providing sealed internal labels for vacuum skin packages and the like is disclosed. Labels with a heat sealable printed surface are placed on the trayed product prior to entering a vacuum skin packaging chamber. In the chamber the covering film is heated to its sealing temperature before it is applied by differential air pressure to the product and tray. The label seals to the interior surface of the covering film and is protected from being defaced during handling. Furthermore moisture and juices from the product will not discolor the label as it is sealed on its printed surface to the covering film. The package produced is intended for the display case in a retail supermarket.

Abstract: The invention is a package comprising an outer plastic container, an inner plastic container, a product within the inner container, a liquid located in a space defined by the outer and inner containers, and a separating device located in said space.

Abstract: A first web having an ionomer, or ionomer/ethylene vinyl acetate copolymer (EVA) sealant layer, heat sealed to a second web having an EVA/ethytlene butene copolymer (EBC)/polypropylene (PP) sealant layer, forms an easily opened package. A layer adjacent the sealant layer of the second web optionally includes PP or ethylene propylene copolymer. With this optional layer, the sealant layer of the first web may comprise a polymeric material which forms strong interweb adhesion upon heat sealing.

Abstract: A package including a sealed, internal label comprises a product having a flat horizontal surface with a heat sealable label positioned thereon. A heat sealable web of heat formable, unshrunken film forms around the product, the web covering and heat being sealed to the label. A closure member encloses the uncovered portion of the product and being sealed to the covering web.

Abstract: A vacuum skin package for packaging fresh red meat and like articles is produced by using a composite, multilayer, oxygen barrier, vacuum skin packaging forming film in which the barrier layer can be manually separated from the non-barrier, oxygen permeable layer. After the vaccum skin package is formed to enclose a fresh red meat product in a vacuum the meat will have a purplish color. Then, after storage, the barrier layer can be removed so that the remaining permeable film can admit oxygen to impart the desirable red bloom to the fresh meat. Of importance is the "tear through" feature of the permeable inner layer which has a greater bond strength to the tray than internal strength or layer-to-layer bond strength so that a tab may be torn loose at a score line and then the barrier layer may be readily delaminated and peeled from the permeable layer.

Abstract: A first web having an ionomer, or ionomer/ethylene vinyl acetate copolymer (EVA) sealant layer, heat sealed to a second web having an EVA/ethylene butene copolymer (EBC)/polypropylene (PP) sealant layer, forms an easily opened package. A layer adjacent the sealant layer of the second web optionally includes PP or ethylene propylene copolymer. With this optional layer, the sealant layer of the first web may comprise a polymeric material which forms strong interweb adhesion upon heat sealing.

Abstract: In a power conversion system wherein AC input current is supplied through contacts of a circuit breaker and phase controlled rectifiers, a control derives a DC signal, I.sub.o, proportional to the square of the RMS value of actual current. The summation of I.sub.o and I.sub.ref, a signal representative of desired AC current limit value, is applied to an integrator whose output is coupled to an amplifier. A tripping circuit for opening the contacts is coupled through a first diode from the integrator output. A current limit circuit for regulating the phase controlled rectifiers is coupled through a second diode from the amplifier output. A clamping circuit establishes proper integrator and amplifier outputs. When the AC current is below the critical limit value, and I.sub.o is less than I.sub.ref, both diodes are back biased and neither the tripping nor current limit regulator circuits are enabled. When the AC current attains the critical limit value, I.sub.o is equal to I.sub.

Abstract: A generator for generating sawtooth waveforms having equal excursion of predetermined amplitude about a reference level, synchronized in frequency with the zero crossings of an AC signal. The AC signal is applied to a zero crossing detector whose resulting pulse output is connected to the input of a first integrating amplifier. The latter integrates in a first direction to produce at its output a rapid potential excursion in a first direction to a predetermined amplitude established by a Zener clamping circuit connected across the first integrator. Upon termination of each zero crossing pulse, a source of DC connected through a resistor to the input of the first integrator, produces integration in a second direction and a gradual change of integrator output in a second polarity direction until the occurrence of the next zero crossing pulse. The sawtooth output is connected to the input of a second integrating amplifier.