34results about How to "Increase beam" patented technology

An LED light source produces a narrow beam of light having a linear field of illumination, which is substantially uniform across the linear field. The light source comprises at least one light emitting diode (LED) and preferably a plurality of LEDs, an optical element for the efficient collection of energy radiating from the LED or LEDs, and an optical element for distributing the collected energy into the linear field of illumination. The apparatus also includes a device or heat sink for thermal management. One or more electronic control circuits are coupled to the LED or LEDs to variably and selectively control them. When a plurality of LEDs are used, the colors produced by the LEDs may different so that the light source is collectively controllable to provide a range of optically mixed colors.

The invention provides improved multi-fiber, fiber optic probe assemblies in which the component parts are adapted for rapid assembly with precise alignment. Some embodiments are adapted to illuminate and collect light from a sample at a particular depth while minimizing interference arising from within the probe assembly itself. Also provided are methods for manufacturing the probe assemblies and optical apparatuses including the probe assemblies.

The present invention relates to warm white light engines including combinations of blue, cyan, and red, red-orange, or amber emitters and one or more phosphors that produce a white light pleasing to the human eye through the use of improved color uniformity and improved collimation of light. Specifically, a micro-lenslet array having an optimized surface is used to disperse light from the light emitter; an innercollimation lens having an optimized cross-sectional shape and micro-ridges is used to disperse light; a TIR reflector having an optimized cross-sectional shape and micro-ridges is used to disperse and redistribute phase as well as provide collimation; and a final micro-lenslet layer includes optimized lenslet design placement and randomization factor to homogenize light to produce a uniform warm white light.

Beam enhancement through sidelobe reduction and / or mainlobe sharpening is shown. Embodiments utilize dynamic resolution, improved dynamic resolution, and / or enhanced dynamic resolution techniques to synthesize beams, such as ultrasonic beams used in ultrasonic imaging, having desired attributes. Embodiments simultaneously form a first sample beam and a second or auxiliary sample beam for every sample to synthesize enhanced scan beams. According to a dynamic resolution techniques herein a new beam may be formed from the sum of the two sample beams. A synthesized dynamic resolution beam of embodiments has reduced sidelobes with relatively little or no spread of the mainlobe. An enhanced dynamic resolution beam sharpening function can be applied to provide a further enhanced beam, such as to further narrow the mainlobe.

Disclosed are a multi-beam antenna system and a method of controlling an output power thereof. An embodiment of the present invention includes a beam forming network configured to receive a plurality of signals to be a plurality of beams, to divide each of the plurality of signals to a plurality of divided signals, and to output a plurality of excited signals by adjusting and combining amplitude and phase of each of the plurality of divided signals, an MPA set having a plurality of MPAs configured to receive corresponding excited signals among the plurality of excited signals from the beam forming network and to control output powers of the received excited signals according to communication traffic, and a feed array having a plurality of feeds configured to form a multi-beam by being excited according to the amplitude and phase of the excited signals from the MPA set.

The invention provides improved multi-fiber, fiber optic probe assemblies in which the component parts are adapted for rapid assembly with precise alignment. Some embodiments are adapted to illuminate and collect light from a sample at a particular depth while minimizing interference arising from within the probe assembly itself. Also provided are methods for manufacturing the probe assemblies and optical apparatuses including the probe assemblies.

Provided is an organic electroluminescence element wherein the light-reflecting electrode is separated by the distance d, which is specified by the following formula (1), from the light-emitting point of the light-emitting layer, where lambda is the wavelength of specified light radiated from the light-emitting layer. n is the refractive index at wavelength lambda of the layer disposed between the light-emitting point of the light-emitting layer and the light-reflecting electrode. n1 and k1 are the refractive index and extinction coefficient of light having wavelength lambda in the layer that contacts the light-reflecting electrode. n2 and k2 are the refractive index and extinction coefficient at wavelength lambda of the light-reflecting electrode. m is 0 or 1. a satisfies the following formula when m is 0 or 1. -1.17norg / nEML+1.94a-0.16norg / nEML+2.33 0.28norg / nEML+0.75a2.85norg / nEML-1.23 norg is the refractive index at wavelength lambda of the layer that contacts the light-emitting layer on the light-reflecting electrode side. nEML is the refractive index at wavelength lambda of the light-emitting layer.

A therapy apparatus to restore range of motion to joints and limbs. The apparatus is useful for elbow joints and includes a beam on which the elbow joint rests. A tension cord extends through and beyond the length of the elongated hollow beam with a handle at the distal end of the tension cord to be grasped by the user. The proximal end of the cord is pulled by the user's other hand to rotate the elbow. A ratchet clamp forming a part of the beam retains the tension on the elbow. Since it is a ratchet clamp, the cord may be freely pulled in the proximal direction to impart more tension to the elbow, but to release the tension, the ratchet clamp must be disengaged manually. The beam has segments that are telescopically extendable and retractable to accommodate limbs of different lengths and for portability and storage.

An LED light source produces a narrow beam of light having a linear field of illumination, which is substantially uniform across the linear field. The light source comprises at least one light emitting diode (LED) and preferably a plurality of LEDs, an optical element for the efficient collection of energy radiating from the LED or LEDs, and an optical element for distributing the collected energy into the linear field of illumination. The apparatus also includes a device or heat sink for thermal management. One or more electronic control circuits are coupled to the LED or LEDs to variably and selectively control them. When a plurality of LEDs are used, the colors produced by the LEDs may different so that the light source is collectively controllable to provide a range of optically mixed colors.

A fiber optic probe assembly which incorporate a series of graduated shaped and nestable members, e.g. cylindrical annular members which enable uniform and repetitive construction and assembly of the probes resulting in a high degree of quality control.

A boat having at least two hulls with an adjustable frame which maintains the relative separation of the hulls. Each hull having one or more buoyancy sections. Each buoyancy section of each hull may be relocated laterally, by expansion or contraction of an adjustable frame which causes the relative separation of corresponding buoyancy sections to be controllably adjusted. Accordingly, both deck area of the boat and its stability are increased when the buoyancy sections are extended laterally.

In an aspect, an illumination system (100) is disclosed to comprise a light source (102) configured to generate a light beam (103), and a chromatic reflective unit (1) for being illuminated by the light beam (103). The chromatic reflective unit (1) comprises a plurality of non-coplanar reflective surface sections (3′), and a chromatic diffusing layer (5) comprises a plurality of nanoparticles (37) embedded in a matrix (39), wherein the chromatic diffusing layer (5) is provided upstream of the plurality of reflective surface sections (3′) such that at least a portion of the light beam (103) passes through the chromatic diffusing layer (5) before and after being reflected by the plurality of non-coplanar reflective surface sections (3′). Chromatic diffusing layer (5) is further configured to provide for—together with non-coplanar reflective surface sections (3′)—a specular reflectance that is larger in the red than in the blue and for a diffuse reflectance that is larger in the blue than in the red.

A hull form design which incorporates bi-lateral semi-sponsons disposed on either side of a non-stepped V-shaped center hull section. The semi-sponsons extend the entire length of the hull form and comprise protrusions extending away from the center section. The semi-sponsons are delimited by longitudinal steps extending below the hull bottom an equal distance from the centerline on opposite sides of the hull. This design is a hybrid of conventional “V” hulls and catamarans and improves the roll and turn initiation time of convention monohull designs.

The invention relates to a light source unit of a semiconductor-type light source of a vehicle lighting device and a vehicle lighting device. The conventional light source unit has problems of an increasing size and radiation. According to the present invention, a direction "D" for mounting the connector 14 at a power source side to a connector portion 13 is perpendicular or substantially perpendicular with respect to a direction O-O for mounting a light source unit 1 to the vehicle light unit 100. As a result, the present invention can decrease a depth space of the light source unit and efficiently radiated heat generated by the light emitting chips 40 to 44, resistances RS, RT, RP, diodes DS, DT, and conductors 51 to 57 to an outside.

The invention provides a micro-pore spectrometer and a spectral reconstruction method. The micro-pore spectrometer is only composed of a light intensity detector and a micro-hole. A to-be-measured spectrum is incident on the micro-hole and is transmitted to the light intensity detector after being diffracted by the micro-hole. The light intensity detector records a corresponding diffraction pattern. After that, the data processing is carried out on the recorded diffraction pattern by using the algorithm provided by the invention, so that the to-be-measured spectrum can be reconstructed accurately. In addition, all spectral components entering the spectrometer can be detected by the detector due to the fact that one part of the micro-hole is completely transparent. Therefore, the micro-porespectrometer has an ultra-wide spectral detection range. The micro-pore spectrometer is simple in structure, extremely low in cost, light in weight, and small in size. The volume of the micro-pore spectrometer can be controlled to be within 1 cm * 1 cm * 1 cm and even smaller. As a result, the micro-pore spectrometer can be widely applied. The micro-pore spectrometer can be loaded on a satellitefor space exploration. The micro-pore spectrometer can also be integrated to a smart phone for pesticide detection, air pollutant detection, water quality monitoring, medical diagnosis and the like.

The present invention provides a fluorescent lamp which can suppress the reduction of the fluorescent film from the glass on the luminous tube and the total beam, and can obtain a good beam increasing characteristic. A light-transmitting luminous tube (40) and a fluorescent film (13) arranged inside the luminous tube (40). The fluorescent film (13) contains spherical metal oxide (15) particles. The spherical metal oxide (15) is suitable as a binder, and therefore, the peeling of the fluorescent film (13) from the light emitting tube (40) can be suppressed. In addition, the surface physical adsorption force of the spherical metal oxide (15) is not strong, so good beam growth characteristics can be obtained.

A hull form design which incorporates bi-lateral semi-sponsons disposed on either side of a non-stepped V-shaped center hull section. The semi-sponsons extend the entire length of the hull form and comprise protrusions extending away from the center section. The semi-sponsons are delimited by longitudinal steps extending below the hull bottom an equal distance from the centerline on opposite sides of the hull. This design is a hybrid of conventional “V” hulls and catamarans and improves the roll and turn initiation time of convention monohull designs.

The invention discloses a LED rear fog lamp of an automobile. The LED rear fog lamp comprises a device body, mounting holes, a lamp shell, a circuit board, an LED lampshade, LED lamps, a light-transmitting plate and lamp covers, wherein two mounting holes are fixedly connected to each of the upper end and the lower end of the device body, the specifications of the mounting holes are consistent, the right side of the device body is fixedly connected with the lamp shell, and the left side of the interior of the lamp shell is electrically connected with the circuit board; the middle of the interior of the lamp shell is fixedly connected with the LED lampshade, the right side of the LED lampshade is electrically connected with the seven LED lamps, and the LED lamps are arranged in a vertical shape; and the light-transmitting plate is fixedly connected to the right side of the LED lampshade, the light-transmitting plate is located on the right sides of the LED lamps, and the lamp covers arefixedly connected to the upper end and the lower end of the light-transmitting plate. The LED rear fog lamp of the automobile is stable in structure and has the effect of adjusting the direction, sothat the direction of the irradiation light beam is conveniently adjusted, moreover, the near-far reflection light beam is strong, then the safety accidents can be reduced, furthermore, rapid condensation can be achieved, then the road surface visibility can be improved, and the high popularization value is achieved.

A ship whereby the hull and the mechanical propulsion device are designed such that the Froude number is larger than 0.5. In the aft ship the hull has a bottom with V-shaped bottom surfaces with a deadrise angle that is less than 40 degrees and the hull has substantially vertical sides. In the hull are a passenger compartment and a trim tank. The trim tank volume is such that the weight of a filled trim tank is more than 30% of the weight of displacement of the hull with an empty trim tank, filling the trim tank with water increases the amidships immersed width with at least 10%, and the bottom surfaces have bilge keels fully immersed when the trim tank is filled with water and the bilge keels are at least in part above the water level when the trim tank is empty.

The invention provides a lens module. The lens module is disposed on a transmission path of a beam to expand the beam. The lens module includes a first lens assembly and a second lens assembly. The first lens assembly is disposed on the transmission path of the beam, and the first lens assembly has a first equivalent focal length. The second lens assembly is disposed on the transmission path of the beam from the first lens assembly, and the second lens assembly has a second equivalent focal length. The second equivalent focal length is greater than or equal to the first equivalent focal length. The invention also provides a projection device including the lens module. The lens module and the projection device of the invention can provide a projection image with uniform color distribution.

The invention discloses a neutron generator for a neutron capture therapy and solves the problems of the conventional deuterium-tritium neutron generator of large size, complex structure and small yield. The neutron generator for the neutron capture therapy comprises a vacuum cavity, a vacuum pumping system arranged on the vacuum cavity, a target system arranged in the vacuum cavity and an ion source system which produces deuterium ions and leads the deuterium ions to the target system, wherein the ion source system comprises a discharge chamber (9) arranged in the vacuum cavity and extraction electrodes (10) arranged on the discharge chamber (9); multiple extraction electrodes (10) are uniformly distributed on the side wall on the periphery of the discharge chamber (9); the target system comprises targets (11) which are located in the vacuum cavity and arranged on the side wall surrounding the periphery of the discharge chamber (9) and a negative high-voltage power supply (13) connected with the targets (11). According to the invention, the yield of deuterium-tritium neutrons can reach 10<12>n / s, and research requirements of the neutron capture therapy for tumors can be met, furthermore, the neutron generator for the neutron capture therapy has the advantages of small size, long service life and the like.

To provide a compact self-ballasted fluorescent lamp and a lighting apparatus which can improve light emitting efficiency.The compact self-ballasted fluorescent lamp is provided with a cover 3 with a mouth piece 2, a globe 6 and a glass bulb 4g with a pair of electrodes 4h, 4i housed in the globe, and the bulb is provided with a light-emitting tube 4 which is positioned at a top end part 6d, including a largest diameter part 6c of the globe and is positioned at a spirally formed part 4e and at a narrowed diameter part of the globe, which is formed continuously and integrally with the spirally formed part and is provided with a linear part 4f, including a pair of electrode sealing end parts 4a, 4b, which extend straight in the axial direction, and a lighting unit 7 housed inside the cover.

The present invention provides an antenna structure, including a main board and an array antenna, the antenna structure also includes a lens array, the array antenna is arranged on a surface of the main board, the array antenna includes a plurality of antenna units, and the lens array It includes a plurality of lens units, and the plurality of lens units are arranged in one-to-one correspondence with the plurality of antenna units. The present invention also provides a wireless communication device with the antenna structure, including a body and the antenna structure, and the body is used to accommodate the antenna structure.