104results about How to "High intensity" patented technology

An apparatus and method is characterized by providing an optical transfer function between a predetermined illuminated surface pattern, such as a street light pattern, and a predetermined energy distribution pattern of a light source, such as that from an LED. A lens is formed having a shape defined by the optical transfer function. The optical transfer function is derived by generating an energy distribution pattern using the predetermined energy distribution pattern of the light source. Then the projection of the energy distribution pattern onto the illuminated surface is generated. The projection is then compared to the predetermined illuminated surface pattern to determine if it acceptably matches. The process continues reiteratively until an acceptable match is achieved. Alternatively, the lens shape is numerically or analytically determined by a functional relationship between the shape and the predetermined illuminated surface pattern and predetermined energy distribution pattern of a light source as inputs.

A focused ultrasound ablation device and method includes an ultrasound emitting member having a plurality of individual ultrasound emitting elements arranged in an array. The ultrasound emitting elements are actuatable to emit ultrasound energy and focus the emitted ultrasound energy a predetermined distance from the ultrasound emitting member such that the ultrasound energy is focused within anatomical tissue adjacent which the ultrasound emitting member is positioned. The anatomical tissue is heated by the ultrasound energy focused therein to form an internal lesion within the tissue. The ultrasound emitting elements are selectively, independently actuatable, allowing selected ones of the ultrasound emitting elements to be actuated to emit ultrasound energy to obtain a lesion of desired or selected size and / or surface configuration in the tissue of a particular patient.

Apparatus and process for plasma treatment of moving webs, or films, are disclosed. The apparatus includes magnets and multiple hollow cathodes, which, in the presence of a plasma, magnetically focuses and thereby intensifies the plasma to one side of the film surface. The moving web is positioned either between the hollow cathodes and the magnets or in front of the hollow cathodes and the magnets. The plasma treatment functionalizes the film surface.

The present invention relates to modification of nucleic acids for specific delivery in vitro and in vivo. More specifically, the present invention relates to modification of RNA or DNA molecules in order to add functions in terms of delivery and specificity to RNA interference or antisense technology. A specific binding domain is incorporated into the nucleic acid to which a complementary nucleic acid, conjugated to a biologically active molecule, can hybridize.

An inflatable cuff having integrated ultrasound transducers is used to effect hemostasis of deep bleeding wounds in limbs. The cuff includes a chamber defined by a bladder or a series of dams into which a fluid may be introduced and pressurized. The pressure of the fluid stops or slows bleeding while high intensity focused ultrasound is applied to effect hemostasis. The fluid may also serve as an acoustic couplant between the limb and the ultrasound transducers. The transducers may be electrostrictive transducers. Diodes may be used to reduce parallel capacitive loading in the transducer array. Bypass capacitors using the electrostrictive material may also be used.

A multi-exercise rotary device, comprising: at least one elongate body-supported member, the body-supported member having a first end adapted to be supported by the body of the user, and a second end opposite the first end, at least one rotating member having a longitudinal axis that is at least semi-rigid, and which axis has a weight-biased distribution toward a distal end thereof; and a rotary mechanism for coupling the rotating member to a point on the body-supported member which is near the second end thereof. The rotary mechanism allows rotational movement of the rotating member about the longitudinal axis of the body-supported member. The rotary mechanism includes a device for constraining the angular movement between the weight-biased longitudinal axis of the rotating member and the longitudinal axis of the body-supported unit to be substantially only in a predetermined plane axially aligned with the body-supported member, and for constraining said plane from twisting with respect to the longitudinal axis of said body-supported member.

A coffee pod with varying intensity. The coffee pod includes a substantially rigid sidewall, a substantially rigid base, and coffee grinds positioned therein. More than about seventy percent (70%) of the coffee grinds may include a particle size distribution of between about 200 to about 300 microns. The coffee grinds may have a weight of the about five (5) to about eight (8) grams.

A low-calorie, no laxation bulking system and a method for preparation of same is disclosed. Erithritol and at least one gum are combined to form a dry-blended mixture. The dry-blended mixture is added to water, forming a first mix, and the first mix is heated to a first temperature. A first liquid mixture comprising modified polydextrose is formed. The first liquid mixture is added to the first mix to form a second mix, and the second mix is heated to a second temperature. A second liquid mixture comprising at least one acid is added to the second mix, and the resultant solution is maintained in a predetermined temperature range. The resultant solution is then preferably stirred constantly and held in a kettle or mixing tank for panning or molding as desired.

The present invention relates to an integrated optical ring resonator waveguide surrounded by an upper bus and a lower bus waveguide. A first resonant and intense optical wave is coupled into the upper bus whereas a second resonant optical wave is coupled into the lower bus. These resonant waves propagate from one bus to the other through the resonator in opposite directions. The first wave modulates the core refractive index of the resonator (Kerr effect) and thereby shifts the resonant conditions of the resonator. This results in the amplitude modulation of the second wave at its non-resonant port. Through this process, the optical amplitude modulation pattern of the first wave is transferred to the second wave. Optical wavelength switching is achieved when the waves have different wavelengths. In alternative embodiments and methods of driving the resonator, the resonator can achieve filtered wavelength tuning, add-and-drop multiplexing, space switching and intensity modulation.

An endoscope is configured to deliver therapeutically effective quantities and wavelengths of light to internal body tissues and cavities. One application for such an endoscope is the delivery of ultraviolet light (UV) to kill bacteria in body cavities or passages. An endoscope for therapeutic light delivery includes a light source for producing the desired light wavelengths, illumination optics transmissive of the therapeutic wavelength and configured to distribute the light in a therapeutically effective pattern, and a control mechanism that permits measured application of the therapeutic light. A light source compatible with the present invention is a xenon flash lamp. A xenon flash lamp emits short duration, high intensity, broad-spectrum bursts or pulses of light rich in UV and IR wavelengths.

A surface inspection of the system applies a first oblique illumination beam and may also apply a second illumination beam to illuminate a surface either sequentially or simultaneously. Radiation reflected or scattered is collected by preferably three collection channels and detected by three corresponding detector arrays, although a different number of channels and detector arrays may be used. One or both illumination beams are focused to a line on the surface to be inspected and each line is imaged onto one or more detector arrays in the up to three or more detection and collection channels. Relative motion is caused between the lines and the surface inspected in a direction perpendicular to the lines, thereby increasing throughput while retaining high resolution and sensitivity. The same detection channels may be employed by detecting scattered or reflected radiation from both illumination beams. Fourier filters may be employed to filter out diffraction at one or more different spatial frequencies.

The present invention discloses a fiber reinforcement fire-proof thermal insulation plate, which is prepared by raw materials having the following weight portions: 80-100 portions of fly ash, 30-50 portions of expanded perlite, 10-20 portions of haydite, 10-20 portions of vegetable fiber, 5-10 portions of winnowing beads, 5-8 portions of sepiolite, 3-5 portions of sodium fluorosilicate, 3-5 portions of calcium formate, 3-5 portions of flame-retardant, 0.1-0.5 portion of triisopropanolamine loeate and 0.1-0.3 portion of dimethoxy-ethane. According to the present invention, industrial production wastes are adopted as main raw materials, so that the production cost is reduced; and defects in the existing building thermal insulation plates can be effectively overcome through the cooperation effect produced by organic combination of the fly ash, light aggregates and additives.

An X-ray generating apparatus for generating X-rays by irradiating a target with an electron beam. Wherein the apparatus includes a vibration applying means for vibrating the target in directions parallel to a surface thereof. A colliding spot of the electron beam is movable on the target while maintaining an X-ray focus in the same position on the electron beam without fluctuating the X-ray focal position. This enlarges an actual area of electron collision on the target to disperse the generated heat, thereby to suppress a local temperature rise of the target due to the electron collision. The X-ray generating apparatus is compact, and has a long life and a high X-ray intensity.

A high intensity discharge (HID) light fixture includes a reflector frame which supports an independent high reflectivity reflecting surface. The reflector frame supports a glass lens with anti-reflective coatings on its surfaces and a visor or extension that also supports an independent high reflectivity reflecting surface. The high reflectivity reflecting surface has various sections that adjust portions of the beam created by the fixture to better place light on a target area. The reflector frame is attachable to a lamp cone. An adjustable knuckle attaches between to a cross arm on a pole and the lamp cone. An HID lamp, when mounted in the lamp cone, has its arc tube substantially surrounded by the high reflectivity reflecting surfaces of the reflector frame and visor. A lamp positioning mechanism automatically adjusts orientation of the arc lamp over a range of pivot angles for the lamp cone relative the knuckle. The HID lamp has an increased metal halide salt pool and does not include white oxide coatings at opposite ends. The lamp and the lamp positioning mechanism are configured to position the arc tube of the lamp horizontal over the normal range of aiming angles for the fixture. The modified HID lamp, its operating position, the high reflectivity reflecting surfaces, and other aspects of the fixture produce more light from the fixture than without these features for the same amount of energy to operate. Optionally, a ballast circuit can save energy over operating life of the lamp.

The invention is directed to methods and arrangements for spatial acquisition of measurement data over the cross section of a bundle of high-energy, high-intensity radiation. The object of finding a novel possibility for radiation measurement within the cross section of a beam bundle of high intensity which acquires highly spatially resolved measurement data without impairment of the measuring accuracy through saturation or degradation of the detectors is met according to the invention in that the entire cross section of the beam bundle is imaged on a shading element, the cross section is separated successively into partial beam bundles having reduced cross section and reduced intensity through movement of at least one opening, and measurement values of the partial beam bundles passing the opening are acquired so as to be associated temporally and spatially with the positions of the opening and are stored.

The present invention discloses a fiber reinforcement aerated thermal insulation plate, which is prepared by raw materials having the following weight portions: 80-100 portions of fly ash, 30-50 portions of expanded perlite, 10-20 portions of haydite, 10-20 portions of vegetable fiber, 5-10 portions of winnowing beads, 5-8 portions of sepiolite, 3-5 portions of sodium fluorosilicate, 3-5 portions of calcium formate, 2-4 portions of foaming agent, 0.1-0.5 portion of triisopropanolamine loeate and 0.1-0.3 portion of dimethoxy-ethane. According to the present invention, industrial production wastes are adopted as main raw materials, so that the production cost is reduced; and defects in the existing building thermal insulation plates can be effectively overcome through the cooperation effect produced by organic combination of the fly ash, light aggregates and additives.

PCT No. PCT / SE96 / 00334 Sec. 371 Date Sep. 15, 1997 Sec. 102(e) Date Sep. 15, 1997 PCT Filed Mar. 15, 1996 PCT Pub. No. WO96 / 28213 PCT Pub. Date Sep. 19, 1996A body (40) is provided which is inserted between an ultrasound crystal (30) and an output port (27) in a probe filled with a fluid, to centrally defocus generated ultrasound and create an output ultrasound field having limited propagation, especially for higher intensities, after passing the output port. The casing is divided into three portions (21, 22, 23), whereby a front conical portion (21) including the output port (27) and the centrally defocusing body (40) is easily replaceable. The fluid in the casing is refilled via a tube connection (12) to a fluid storage connected as a communicating vessel to the ultrasound device. Moreover, the output port of the device is provided with a thin membrane (10), preferably of replaceable latex rubber, which is attached to prevent the fluid in the casing from emerging, but at the same time enabling the effective transfer of generated ultrasound. The membrane (10) may be attached by placing an O-ring gasket in a circularly formed slot (25) on the conical portion.

Provided is an austenitic stainless steel sheet which has a product of the 10% flow stress at a strain rate of 1000 / s and the uniform elongation at a strain rate of 0.1 / s of 450 MPa or more and also has high strength at a high strain rate and improved ductility at a low strain rate. An austenitic stainless steel sheet containing, in % by mass, 0.02 to 0.30% of C, 10.0 to 25.0% of Cr, 3.5 to 10.0% of Ni, 0 to 3.0% of Si, 0.5% to 5.0% of Mn, 0.10 to 0.40% of N, 0 to 3.0% of Mo, 0 to 3.0% of Cu, 0 to 0.10% of Ti, 0 to 0.50% of Nb and 0 to 1.0% of V, wherein the value determined by the following formula: C + 3 * N is 0.4% or more, and the remainder is made up by Fe and impurities. In the austenitic stainless steel sheet, the Md30 value which is defined by formula (1) is 0 to 50 DEG C inclusive, the volume ratio of each of a Cr carbide and a Cr nitride is 1% or less, and the average crystal particle diameter of a parent phase is 10 [mu]m or less.

An AC-driven electroluminescent element includes a pair of electrodes and a light emission layer being located between the pair of electrodes and containing particles and a filler with which gaps between the particles are filled. The particles are densely arranged in the light emission layer in such a manner that the particles are fused with each other or in mechanical or electrical contact with each other, and the ratio of the volume occupied by the particles to the volume occupied by the filler in the light emission layer is 1.0 or greater. Each particle has a portion made of a fluorescent material. When the outermost surfaces of all of the particles are not made of a dielectric material, at least one insulation layer is arranged on at least one side of the light emission layer.

The present invention aims to provide a mechanoluminescent material which is excellent in mechanoluminescent properties and can achieve a mechanoluminescence intensity sufficiently suited to practical use, a raw material composition for producing the mechanoluminescent material, and a method for producing a mechanoluminescent material. The mechanoluminescent material of the present invention includes strontium aluminate as a base material, a Eu ion, and at least one ion selected from the group consisting of Nd, Dy, and Ho. An amount of the Eu ion contained in the mechanoluminescent material is 0.0001 to 0.1 mol per mole of the strontium aluminate. An amount of the at least one ion selected from the group consisting of Nd, Dy, and Ho contained in the mechanoluminescent material is, as the sum of amounts of the three ions Nd, Dy, and Ho, 0.0001 to 0.01 mol per mole of the strontium aluminate. The present invention also provides a raw material composition for a mechanoluminescent material used for synthesizing the mechanoluminescent material, a mechanoluminescent coating composition and a resin composition each containing the mechanoluminescent material, and applied articles such as mechanoluminescent articles formed from the resin composition.

The present invention relates to an acoustic transducer that includes one or more capsules, side walls and a backing plate. Each capsule contains a cavity formed by the side walls and a plurality of film stacks. Each film stack has one or more membranes that can be a piezoelectric layer. Two or more of the film stacks that form the first cavity faces each other. A film stack and the backing plate face each other and form the wall of a second cavity. The transducers of this invention have a broadband response, can radiate sounds uni-directionally, and produce high quality sounds at low frequencies and at high intensities. They can be driven by AC signals. They can be fabricated using conventional integrated circuit manufacturing processes and therefore can be mass produced easily and inexpensively.

A system for optically characterizing an acoustic beam generally includes an immersant, which is an immersion medium seeded with a plurality of seed particles that respond to illumination with fluorescence indicative of at least one parameter of the immersant such as flow or temperature. Optical transmitters illuminate the immersant slicewise, and optical receptors receive the fluorescence in order to generate a three-dimensional map of the parameter over time. A processor back-calculates one or more characteristics of an acoustic beam that results in the map. The processor initially generates a behavior model of an acoustic beam propagating in the immersant by utilizing initial guesses for the characteristics. The initial guess model is compared to the map, and an optimization routine is used to refine the initial guesses. The process repeats iteratively with refined guesses until the difference between the model and the map is minimized.

The invention relates to a preparation method of a master batch for a graphene / PVC (Polyvinyl Chloride) composite material and the master batch. The preparation method comprises the following steps: adding graphene in a solvent, and dispersing, thus obtaining a first mixed solution; adding PVC in the solvent, and dissolving the PVC, thus obtaining a second mixed solution; drying after mixing the first mixed solution and the second mixed solution which are obtained in the first two steps, thus obtaining the master batch. According to the preparation method disclosed by the invention, the problem of dispersing the graphene in the PVC is solved, the prepared master batch can be compounded and mixed with the PVC in any proportions, and the application field of a PVC material can be expanded. According to the master batch prepared by the preparation method, the proportions of all components in the master batch can be regulated according to actual needs, so that different using effects can be achieved; the master batch can be prepared into antistatic materials, heat conduction materials and high-performance composite materials according to the purpose of the PVC material.

A solid-state laser system includes a solid state oscillator for generating a laser beam and a multiple stage amplifier for increasing an energy of the beam. The oscillator includes an elongated housing having an elongated cavity defined therein, a solid state rod disposed within the cavity, a pumping source for exciting laser active species within the rod, and a resonator including the rod disposed therein for generating a laser beam. The multiple-stage amplifier preferably includes an even number of stages. One or more pairs of compensating stages may be mutually rotated about the beam axis by substantially 90°, with each pumping direction parallel to the polarization direction of the beam. A first stage may be side-pumped by a pumping radiation source in a direction substantially parallel to a polarization direction of the beam generated by the oscillator resonator. A divergence adjusting optic may be disposed before at least one stage of the amplifier for adjusting a divergence of the beam prior to entering the amplifier stage. A divergence adjusting optic may be disposed after the amplifier stage having the divergence adjusting optic before it and before a second amplifier stage, and may be adjustable as to its divergence adjustment.

The invention relates to a cold water soluble, low calorie, low net carbohydrate powdered beverage composition containing protein and fiber suitable for reconstitution with water or aqueous based liquids. More specifically, the present invention relates to a cold water soluble, low calorie, low net carbohydrate powdered beverage composition comprising (1) a protein component, (2) a soluble fiber component, and (3) an optional high intensity sweetener component, wherein the soluble fiber component increases the flowability and cold water solubility of the powdered beverage composition.

An antifuse memory device includes an antifuse memory cell, a reference current generation unit, and a comparison unit. The antifuse memory cell includes an antifuse. The reference current generation unit provides a reference current selected from a plurality of reference currents. The comparison unit compares an intensity of a cell current flowing through the antifuse with an intensity of the reference current and provides an output signal corresponding to a result of the comparison.

The invention is a method, triggering unit, and system for activating an oxygen scavenging composition at high speeds. The triggering unit includes a plurality of UV lamps that can operate at increased temperatures and have high output intensites from about 10 to 35 mW / cm2. The triggering unit can activate films at speeds from about 20 to 100 fps. Mercury amalgam lamps are useful in the practice of the invention. The invention also includes a UV dose management system and film tensioning system that facilitates triggering at high film speeds. The UV dose management system controls the amount of UV exposure that the film receives so that the oxygen scavenging rate of the activated composition can be controlled.

The invention discloses an energetic type metal-organic framework material and a preparation method thereof. The complex consists of five metal ions Co(II), four 2,2'- binitro-4, 4'-biphenyldicarboxylic acid ligands, six coordinated water, two hydroxyls and sixteen crystal water. The preparation method for the energetic type metal-organic framework material comprises the following steps: adding the ligands into H2O, regulating the pH by use of LiOH, then, adding Co(NO3)2.6H2O, sufficiently stirring, placing into a stainless steel reaction kettle with a polytetrafluoroethylene lining; heating the stainless steel reaction kettle to 150 DEG C in a programmed manner and keeping the temperature for 48 hours, cooling the stainless steel reaction kettle to the room temperature in the programmed manner, leaving purple pink cubic crystal particles on the lining wall, filtering, washing and drying in the air to obtain the complex. The brisance and the work capability of the energetic material prepared by the preparation method are improved.

Methods and systems for segmenting structures in medical images are provided. The methods and systems drive a plurality of transducer element, and collect receive signals from the transducer array at a receive beamformer to form beam summed signals. The methods and systems generate a first ultrasound image of a region of interest (ROI) having tissue elements and blood elements, and generate a second ultrasound image of the ROI having tissue elements and blood elements. The tissue elements of the first ultrasound image having a higher intensity than the blood elements. The blood elements of the second ultrasound image having a higher intensity than the tissue elements. The methods and systems further perform segmentation by simultaneously applying edge detection on the first and second ultrasound images for the ROI.

The invention relates to a method for making a shock-resistant and energy-dissipating framework by mixing resin concrete and reinforced concrete, which comprises the following six steps of: (1) reserving a position of the framework, at which a plastic hinge is possible to emerge, and pouring other parts of the framework according to an original construction design; (2) conserving the concrete poured in the framework for 14 days, carving burrs from the concrete around the reserved position, clearing gravels and dust off and cleaning the surface by acetone; (3) priming a layer with a thickness of 3 to 5mm by resin cement; (4) supporting a template at the reserved position; (5) preparing and pouring the resin concrete; and (6) standing and conserving the resin concrete framework over 10 DEG C for 72 hours and stripping a mold. Because the ultimate compression strain of the resin concrete is far greater than that of the ordinary concrete, the resin concrete is filled at an appropriate position in an ordinary reinforced concrete framework to form a mixed framework structure. Therefore, the framework can consume earthquake energy on the premise of not being damaged entirely. The method has a practical value in the technical field of civil engineering.