Abstract: A hand-held operator manipulatable applicator device is used for dispensing adhesive bonding material to bond a panel (such as an automotive glazing panel). The device has a body containing a delivery channel for delivering adhesive to an outlet nozzle and a heating system disposed within the body for heating the bonding material in the channel to produce a substantially uniform outlet dispensing temperatures via the nozzles.

Abstract: The present invention provides a method and apparatus to allow sellers at online auctions to optimize the way they sell items and get the best possible price for the items. The invention provides a method for searching a database for data on previous sales of similar items at online auction websites. The data can then be summarized and graphed. Using this data, the seller can make his own conclusions about the best way to sell his item, or he can get a recommendation from the invention about the best way to sell the item. If data about similar items are not available in the database, the invention allows the seller to start an agent program that will search various auction sites for the data over a period of time.

Abstract: A glazing panel is fitted in a frame by placing the glazing panel in register with the frame with soft state bonding material interposed. An energy field is then set up to act upon the bonding material the energy field acting to promote curing of the bonding material. Preferably a microwave energy field is set up and the energy is applied for a predetermined period, typically less than 60 seconds.

Abstract: A pattern generation method and system in which hierarchical image data (determining a pattern to be imaged on a target) is received at a graphics engine having a memory, at least one cell determining a repeated feature or set of features of the pattern is stored in the memory, and beam control data is generated in response to the image data. The image data includes residual data including at least two subroutine call commands for each cell stored in the memory. In response to each subroutine call command, the graphics engine retrieves a cell (identified by the command) from the memory, and asserts beam control data that determines a feature or feature set determined by the cell to be imaged at (or beginning at) a location on the target identified by the command. The subroutine call commands can be distributed throughout the image data, including in at least one cell to be cached as well as in the residual data.

Abstract: Wrinkles are cosmetically removed from a superficial area of mammalian skin tissue having an epidermal layer, a basal layer, and a dermal layer, by irradiating the dermal layer through the basal layer, the irradiation being selected to be absorbed by a chromophore in the dermal layer such that collagen present in the dermal layer is heated, while the basal layer remains intact so as to substantially inhibit contact of the dermal layer with ambient air.

Abstract: Vascular lesions are treated by using an apparatus which comprises a dye laser, one or more flashlamps, and at least one pulse generating circuit for driving the flashlamps, the pulse generating circuit arranged to produce driving current pulses having a risetime of less than 100 microseconds resulting in corresponding laser output pulses, having a risetime of less than 100 microseconds.

Abstract: Wrinkles are cosmetically removed from a superficial area of mammalian skin tissue having an epidermal layer, a basal layer, and a dermal layer, by irradiating the dermal layer through the basal layer, the irradiation being selected to be absorbed by a chromophore in the dermal layer such that collagen present in the dermal layer is heated, while the basal layer remains intact so as to substantially inhibit contact of the dermal layer with ambient air.

Abstract: Mammalian hair is depilated by pulsing a laser source emitting radiation in the range 600 to 1500 nm, each pulse having a duration of 1 &mgr;sec to 200 msec, and a radiation exposure dose of 2 to 25 J/cm2, so as to irradiate successive zones of a treatment area of a patient's skin and thereby destroy subdermal biological material associated with hair growth.

Abstract: Vascular blemishes are reduced by directing pulsed laser radiation to converge toward the blemishes in a plurality of directions, each beam of radiation being derived from a primary radiation source or from a separate radiation source, thereby to cause selective thermolysis of blood vessels in the blemishes.

Abstract: Mammalian hair is depilated using a laser source capable of emitting pulse radiation, each pulse having a duration of 1 microsecond to 1 millisecond, and having a wavelength in the range of 600 to 1500 nanometers. The radiation exposure dose is preferably between 2 and 25 J/cm2. A selected area of a subject's skin is irradiated by the pulsed radiation, the area having a plurality of irradiation zones. The laser source is successively pulsed so as to irradiate successive zones of the treatment area with the radiation, so as to destroy subdermal biological material associated with hair growth.

Abstract: Wrinkles are cosmetically removed from a superficial area of mammalian skin tissue having an epidermal layer, a basal layer, and a dermal layer, by irradiating the dermal layer through the basal layer, the irradiation being selected to be absorbed by a chromphore in the dermal layer such that collagen present in the dermal layer is heated, while the basal layer remains intact so as to substantially inhibit contact of the dermal layer with ambient air.

Abstract: Wrinkles are cosmetically removed from a superficial area of mammalian skin tissue having an epidermal layer, a basal layer, and a dermal layer, by irradiating the dermal layer through the basal layer, the irradiation being selected to be absorbed by a chromophore in the dermal layer such that collagen present in the dermal layer is heated, while the basal layer remains intact so as to substantially inhibit contact of the dermal layer with ambient air.

Abstract: A method of providing a body of material (14), having a thermal conductivity approximately equal to that of glass, with a sub-surface mark. A beam of laser radiation (12) to which the material (14) is substantially opaque is directed to surface of the body, so as to cause beam energy to be aborbed at the surface of the material in an amount sufficient to produce localised stresses within the body (14) at a location spaced from the surface without any detectable change at the surface, the localised stresses thus produced being normally invisible to the naked eye but capable of being rendered visible under polarised light.

Abstract: A method and an apparatus for making a moving body of material (26). The method includes the steps of directing at the moving body a high energy density beam (46,58), concentrating the beam so as to produce an illuminated spot at a location on or within the moving body, and moving the spot in accordance with the resultant of two components of movement, the first component being equal to the velocity of the moving body and the second component being relative to the moving body, so as to create a mark of a predetermined shape. In a preferred embodiment, the apparatus includes at least one movable galvanometer mirror (68,70) capable of moving the spot in accordance with the resultant of the two components.

Abstract: Chloromethylisopropylphenois, namely 4-chloro-3-methyl-2-isopropyl phenol, 4-chloro-3-methyl-5-isopropyl phenol and their 6,6'-methylene and 2,2'-methylene bis derivatives, effective as a bactericide and fungicide, especially against staphylococcus, pneumococcus and tricoccus. They are effective in doses as low as 5 ppm, are stable, substantially odor-free and can be readily prepared by conventional chemical reactions to obtain a substantially nontoxic white product.

Abstract: This automatic release and ejection locking mechanism for said equipment boxes, notably for aircraft comprises locking balls releasable from their locked condition by means of a piston constantly urged by a coiled compression spring to its release position. The locking means are held against the force of the ejection spring by means of an effort scalingdown device, so that the force to be applied to said device for keeping the locking action may be very moderate and the release can be obtained by reducing or cancelling the low retaining force exerted on the effort scaling-down device, for example by means of electromagnetic release means, in combination or not with a permanent magnet. (FIG.