Abstract: An elevated platform system includes first and second platform sections and a ladder for accessing the platform sections in an elevated position. The platform sections are aligned in longitudinal arrangement and are configured to be selectively disposed and coupled between a pair of mobile storage units. The first platform section has a proximal end portion defining an opening for receiving a ladder hook. A distal end of the first platform section can releasably couple to a proximal end portion of the second platform section. The platform sections are movable between a deployed or installed position in which they secure the first and second storage units to form an elevated walking or standing surface therebetween, and a retracted or uninstalled position in which the platform sections are detached from at least one of the mobile storage units the allow relative movement of the storage units.

Abstract: There is provided a formulation for skin rejuvenation comprising lyophilised umbilical cord plasma comprising at least one active chemokine, at least one growth factor and at least one cytokine; a transdermal carrier; and a liposomal base, wherein at least a portion of the lyophilised umbilical cord plasma and transdermal carrier are contained within liposomes of the liposomal base. There is also provided a dosage form for skin rejuvenation comprising 1-5% (w/w) lyophilised umbilical cord plasma comprising at least one active chemokine, at least one growth factor and at least one cytokine; 85-95% (w/w) polyethylene glycol; and 0.1-2% (w/w) gum acacia.

Abstract: There is provided a formulation for skin rejuvenation comprising lyophilised umbilical cord plasma comprising at least one active chemokine, at least one growth factor and at least one cytokine; a transdermal carrier; and a liposomal base, wherein at least a portion of the lyophilised umbilical cord plasma and transdermal carrier are contained within liposomes of the liposomal base. There is also provided a dosage form for skin rejuvenation comprising 1-5% (w/w) lyophilised umbilical cord plasma comprising at least one active chemokine, at least one growth factor and at least one cytokine; 85-95% (w/w) polyethylene glycol; and 0.1-2% (w/w) gum acacia.

Abstract: There is provided a skin care formulation for transdermal administration of a component of a blood product, the formulation comprising a blood product, a transdermal carrier; and a liposomal base, wherein at least a portion of the blood product and transdermal carrier is contained within liposomes of the liposomal base.

Abstract: There is provided a skin care formulation for transdermal administration of a component of a blood product, the formulation comprising a blood product, a transdermal carrier; and a liposomal base, wherein at least a portion of the blood product and transdermal carrier is contained within liposomes of the liposomal base.

Abstract: There is provided a skin care formulation for transdermal administration of a component of a blood product, the formulation comprising a blood product, a transdermal carrier; and a liposomal base, wherein at least a portion of the blood product and transdermal carrier is contained within liposomes of the liposomal base.

Abstract: A pulse radar range profile motion compensation method (10) comprises: acquiring receiver samples (12); acquiring an estimate of the range rate of a target (14); removing an additional phase acquired by the echo signals; removing a shift in range cells of the receiver samples (18); applying a pulse Doppler filter (22); identifying the peak Doppler frequency and calculating a shift from zero of the peak Doppler frequency (24); calculating a range rate correction (26); adding the range rate correction to the estimate of the range rate and repeating the removal of the additional phase (16) and the shift in range cells (18), and using the new range rate estimate to obtain motion compensated receiver samples (28); and generating an output signal indicative of the motion compensated receiver samples for generating a range profile (30).

Abstract: A multi-functional, laminated composite comprises a plurality of cloth layers (3) penetrated by an infused matrix, wherein at least one cell (1) for energy storage is supported by and integrally built up from at least one of the cloth layers (3), the cell (1) being embedded in the matrix. The cell may comprise first and second electrodes (6,7) separated by a porous, separator layer (2) that has a liquid electrolyte-permeable, matrix-free intra-electrode region to which the electrolyte (2?) may be added before or after resin infusion to activate the cell. The structural composite may have integrated energy storage comprising a lithium-ion rechargeable cell, optionally of printed construction.

Abstract: A process in which the extract of an extraction process, such as a supercritical fluid extraction process, such as a fugitive extract and particularly an ingestible extract, is recovered by depositing the extract within the pores of a porous particle that is suitable for direct use as a food additive, or as a nutraceutical.

Abstract: A method (10) of providing a radar high range resolution (HRR) profile of a target comprises: generating and transmitting a stepped-frequency waveform radar signal (12); sampling echo signals to generate at least one receiver sample for each frequency step (14); generating a Fourier transform (FT) of each receiver sample to form frequency domain receiver samples (16); spectrally stitching the frequency domain receiver samples to form a stitched spectrum (18); applying a spectral scaling comprising the ratio of a reference wideband chirp spectrum to a reference spectrally stitched spectrum (20) to the stitched spectrum to form a scaled spectrally stitched spectrum; generating a cross-correlation of the scaled spectrally stitched spectrum and the reference spectrally stitched spectrum (22).

Abstract: A pulse radar range profile motion compensation method (10) comprises: acquiring receiver samples (12); acquiring an estimate of the range rate of a target (14); removing an additional phase acquired by the echo signals; removing a shift in range cells of the receiver samples (18); applying a pulse Doppler filter (22); identifying the peak Doppler frequency and calculating a shift from zero of the peak Doppler frequency (24); calculating a range rate correction (26); adding the range rate correction to the estimate of the range rate and repeating the removal of the additional phase (16) and the shift in range cells (18), and using the new range rate estimate to obtain motion compensated receiver samples (28); and generating an output signal indicative of the motion compensated receiver samples for generating a range profile (30).

Abstract: A multi-functional, laminated composite comprises a plurality of cloth layers (3) penetrated by an infused matrix, wherein at least one cell (1) for energy storage is supported by and integrally built up from at least one of the cloth layers (3), the cell (1) being embedded in the matrix. The cell may comprise first and second electrodes (6,7) separated by a porous, separator layer (2) that has a liquid electrolyte-permeable, matrix-free intra-electrode region to which the electrolyte (2?) may be added before or after resin infusion to activate the cell. The structural composite may have integrated energy storage comprising a lithium-ion rechargeable cell, optionally of printed construction.

Abstract: An apparatus for inducing drive is shown that includes a primary drive shaft and four secondary drive shafts. The primary shaft and secondary shafts are fitted with magnets that are oriented such that when the primary shaft is rotated the secondary shafts are caused to rotate due to attractive or repulsive forces. The primary shaft is connected to and rotated by a rotational energy source such as a motor powered by electricity or a battery, although any source of energy to cause rotation of the primary shaft may be used. Each secondary shaft is fitted with two annular magnetic discs that are oriented to vertically support the weight of the shaft (and any attachments/fittings thereto) above the alternating or generating device. The discs can be arranged to provide either an attractive or repulsive magnetic force between them.

Abstract: There is disclosed a three component coating composition comprising; (i) a first component containing at least one acrylic polyol having a carboxyl group content of 0.035 to 2.0 moles/kg, said acrylic polymer being dissolved in volatile organic solvent, (ii) a second component containing a polyisocyanate, and (iii) a third component containing water, at least one of said components also including a base, the base being present in an amount capable of neutralising 0.035 to 0.2 moles of carboxyl groups per kilogram of polyol, the composition being essentially free from other hydrophilizing groups or components. There is also disclosed a method of preparing a coating composition, which comprises mixing the first component, second component and third component shortly before application.

Abstract: An apparatus for inducing drive is shown that includes a primary drive shaft and four secondary drive shafts. The primary shaft and secondary shafts are fitted with magnets that are oriented such that when the primary shaft is rotated the secondary shafts are caused to rotate due to attractive or repulsive forces. The primary shaft is connected to and rotated by a rotational energy source such as a motor powered by electricity or a battery, although any source of energy to cause rotation of the primary shaft may be used. Each secondary shaft is fitted with two annular magnetic discs that are oriented to vertically support the weight of the shaft (and any attachments/fittings thereto) above the alternating or generating device. The discs can be arranged to provide either an attractive or repulsive magnetic force between them.

Abstract: An apparatus for inducing drive is shown that includes a primary drive shaft and four secondary drive shafts. The primary shaft and secondary shafts are fitted with magnets that are oriented such that when the primary shaft is rotated the secondary shafts are caused to rotate due to attractive or repulsive forces. The primary shaft is connected to and rotated by a rotational energy source such as a motor powered by electricity or a battery, although any source of energy to cause rotation of the primary shaft may be used. Each secondary shaft is fitted with two annular magnetic discs that are oriented to vertically support the weight of the shaft (and any attachments/fittings thereto) above the alternating or generating device. The discs can be arranged to provide either an attractive or repulsive magnetic force between them.

Abstract: An aqueous coating composition comprising a dispersion in an aqueous medium of (i) an acrylic addition polymer having an acid value of at least 20, and (ii) an acrylic addition polymer having an acid value lower than that of polymer (i). The composition may also comprise a cross-linker, such as a polyisocyanate or a melamine resin.

Abstract: An apparatus for inducing drive is shown that includes a primary drive shaft and four secondary drive shafts. The primary shaft and secondary shafts are fitted with magnets that are oriented such that when the primary shaft is rotated the secondary shafts are caused to rotate due to attractive or repulsive forces. The primary shaft is connected to and rotated by a rotational energy source such as a motor powered by electricity or a battery, although any source of energy to cause rotation of the primary shaft may be used. Each secondary shaft is fitted with two annular magnetic discs that are oriented to vertically support the weight of the shaft (and any attachments/fittings thereto) above the alternating or generating device. The discs can be arranged to provide either an attractive or repulsive magnetic force between them.

Abstract: A printer includes a print mechanism defining a print region and a removable ink ribbon cartridge. The cartridge includes a body and two arms which are spaced apart and pivotally attached to the body with an ink ribbon across the gap between the ends of the arms in the print region. The printer includes an arm moving mechanism for moving the arms about their pivots on the body of the cartridge so that the portion of the ribbon in the print region can be moved laterally.One of the arms is formed with a first indicator which cooperates with a sensing system on the printer to indicate the lateral position of the ribbon in the print region. The sensing system can also determine whether the cartridge is installed correctly in the printer. A second indicator is located on the arm and the sensing system can detect the position of this second indicator to indicate the type of ribbon in the cartridge.