Abstract: A method and apparatus for despeckling light that includes combining a first starting wavelength, stimulated Raman scattering light from the first starting wavelength, a second starting wavelength, and stimulated Raman scattering light from the second starting wavelength. The method and apparatus may include a first laser with a first infrared wavelength of 1047 nm and a second laser with a second infrared wavelength of 1053 nm.

Abstract: A laser display system and method that includes some or all of the following parts: an optical apparatus that includes two spatial light modulators and a laser, and switches the laser between the light modulators; two lasers that combine pulses to illuminate one spatial light modulator; controlling a laser Q-switch to stay in CW mode for variable periods of time to generate variable-amplitude pulses; and loading and resetting a digital micromirror device between pulses of light.

Abstract: A method for forming a multilayer structure on a surface is disclosed. The method comprises forming a body having a surface, the body being substantially light permeable. The method further comprises forming a first layer on the surface of the body, the first layer being substantially light absorbing and having a mark formed therein for permeating light therethrough, and forming a second layer on the first layer, the second layer being substantially light permeable. More specifically, the first layer has a mark formed thereon and light is permeable through the multilayer structure for illuminating the mark.

Abstract: A marker delivery system including a surgical needle defining a lumen. The surgical needle is adapted to receive a marker. The surgical needle includes a side opening substantially adjacent to a first end of the surgical needle. The marker delivery system also includes a plunger insertable into the surgical needle at a second end of the surgical needle. Depression of the plunger inside the lumen of the surgical needle pushes the marker through the side opening of the surgical needle.

Abstract: Systems and methods are delineated for treating urinary incontinence (UI). And more generally, systems and methods are delineated for providing medical treatment, wherein such systems and methods include means for attaching a structure to a patient and removing the structure without damage to the structure or the patient. An exemplary system for providing medical treatment comprises a structure having a first end and a second end for attachment to a patient. A first fastener is coupled to the first end and includes at least one retractable barb for attachment to the patient. A second fastener is coupled to the second end and includes at least one retractable barb for attachment to the patient. Removable fasteners including retractable barbs or equivalents thereof permit removal of the structure from the patient without damage to the structure as well as limiting trauma to the patient.

Abstract: A method for forming a multilayer structure on a surface is disclosed. The method comprises forming a body having a surface, the body being substantially light permeable. The method further comprises forming a first layer on the surface of the body, the first layer being substantially light absorbing and having a mark formed therein for permeating light therethrough, and forming a second layer on the first layer, the second layer being substantially light permeable. More specifically, the first layer has a mark formed thereon and light is permeable through the multilayer structure for illuminating the mark.

Abstract: A console having a movable lid capable of pivoting about dual axes is disclosed, the lid including at least one hinge to facilitate rotation about a first axis and a rotating element to facilitate rotation about a second axis, wherein the at least one hinge and the rotating element are adapted to permit storage of articles and electrical connectivity or electronic interface of articles disposed in a compartment of the lid.

Abstract: Light is directed along a sample path towards the sample surface and along a reference path towards a reference surface such that light reflected by the sample surface and light reflected by the reference surface interfere. Relative movement is effected between the sample surface and the reference surface along a measurement path and the light intensity resulting from interference between light reflected from the reference surface and regions of the sample surface is sensed at intervals along the measurement path to provide a number of sets of light intensity data values with each light intensity data value representing the sensed light intensity associated with a corresponding one of said regions. The sets of light intensity data are processed to determine a position along the measurement path at which a predetermined feature occurs in the light intensity data for each sensed region and to enhance image data representing the intensity data to facilitate the detection by a user of the interference fringes.

Abstract: Disclosed is a matching circuit of a laminated duplexer connected to an antenna terminal while being connected between transmitting and receiving filters to match the transmitting and receiving filters with the antenna terminal, the matching circuit being configured to reduce the physical length of each conductor pattern thereof, thereby being capable of achieving an improved miniaturization thereof. The matching circuit includes a transmitting matching unit constituted by a conductor pattern electrically connected to an antenna electrode connected to the antenna terminal while being electrically connected to the transmitting filter, a first ground electrode vertically spaced apart from the conductor pattern, a receiving matching unit constituted by a conductor pattern electrically connected to the antenna electrode and the receiving filter, and a second ground electrode vertically spaced apart from the conductor pattern of the receiving matching unit.

Abstract: Disclosed is a matching circuit of a laminated duplexer connected to an antenna terminal while being connected between transmitting and receiving filters to match the transmitting and receiving filters with the antenna terminal, the matching circuit being configured to reduce the physical length of each conductor pattern thereof, thereby being capable of achieving an improved miniaturization thereof. The matching circuit includes a transmitting matching unit constituted by a conductor pattern electrically connected to an antenna electrode connected to the antenna terminal while being electrically connected to the transmitting filter, a first ground electrode vertically spaced apart from the conductor pattern, a receiving matching unit constituted by a conductor pattern electrically connected to the antenna electrode and the receiving filter, and a second ground electrode vertically spaced apart from the conductor pattern of the receiving matching unit.

Abstract: The invalid hoist comprises a mobile chassis 10, a lifting column 11 upstanding from the chassis and a lifting arm 12 supported by the lifting column. The chassis comprises a main portion 13 extending transversely of the hoist and two side members 14 which are movable between a first in-use position in which they project forwardly from the main portion, and a second storage position in which they extend parallel or substantially parallel to the lifting column. Side members 14 are also pivotable about a vertical axis, allowing them to spread away from one another at their forward ends. Releasable means 22 may be provided for holding the lifting arm in an operative position and for releasing the lifting arm to allow it to pivot into a storage position alongside the lifting column.