36results about How to "Efficient irradiation" patented technology

A light source apparatus having, in spite of its simple and compact construction, enhanced efficiency of condensing light in a predetermined small diameter region. The light source apparatus has a light emitting tube (20) with a pair of main electrodes (21, 22) and has a reflector (30) for reflecting light emitted from the light emitting tube (20). The electrode axis O1 of the main electrodes (21, 22) intersects with the optical axis LA of the emitted light. In the reflector (30) are formed a first reflector section (31) and a second reflector section (32). The first reflector section (31) has a spherical surface with its center at a light emitting point L0 of the light emitting tube (20), and the second reflector section (32) has a curved surface different from that of the first reflector section (31). The reflector (30) also has a light condensing body (40) for condensing light that is emitted from the light emitting tube (20) to places other than the second reflector section (32) and irradiating the condensed light to a predetermined direction or region.

The subject of the present invention is to provide an optical fiber irradiation device capable of effectively using the light beam from an LED light source to irradiate with sufficient illuminance. To solve the problem, the present optical fiber irradiation device is provided with an optical fiber light source mechanism. The optical fiber light source mechanism is configured in such a manner that an optical fiber is interfaced with a spacer, existed between the optical fiber and a lens, via a state that an optical fiber base mounted on an LED substrate is not restricted, and a light incidence terminal face is opposite to the lens in front of the LED light source mounted on the LED substrate. The optical fiber is fixed to the optical fiber base in a state that the spacer abuts against the front of the LED light source or the lens. As a result, a structure is provided to regulate the separated distance between the front of the LED light source and the light incidence terminal face of the optical fiber.

Disclosed is an arrangement wherein light can be efficiently radiated to test papers even if a light source with a small amount of light is used, and wherein diameters of radiation spots projected onto test papers, as well as luminance distributions, can be adjusted. This arrangement is provided with an installation section (30) in which a tip (100) is installed, a light source (80a) which emits light having a specified wavelength, and a light receiving element (44) which receives light reflected from a test paper (107). Furthermore, the arrangement is provided with a condensing lens (53) which the moment that the light emitted by the light source comes in, concentrates the light on the test paper (107), and an optical path block (26). The optical path block (26) is equipped with an aperture section (66) which is located between the condensing lens (53) and the light source (80a) and which is installed at the position of the photographic subject for the condensing lens (53).

The subject of the invention is to enable a treatment in which a sufficient treatment speed is not obtained by the treatment by activated oxygen, such as the ashing, removal or the like of an ion-implanted resist in treatment equipment, and which differs from the treatment by activated oxygen in conventional devices, inhibits the effect of oxidation to an article to be treated and utilizes vacuum ultraviolet rays. To solve the problem, the treatment equipment is provided with a light source emitting vacuum ultraviolet rays and a discharge vessel and / or a treatment space with the light source, and an introducing port introducing a gas activated by the irradiation of a light is arranged in the treatment equipment. In the treatment equipment, NmHn (N represents a nitrogen atom, H a hydrogen atom and (m) and (n) are arbitrary natural numbers) is used as the activated gas. The treatment equipment is characterized in having an irradiating means of vacuum ultraviolet rays emitted from the light source for being imparted to the NmHn gas.

In an embodiment, a sterilization apparatus, adapted to sterilize a liquid to be sterilized, comprises a first sterilization light source, a first container and a sterilization container. The first sterilization light source includes a carrier, a plurality of LED packages and a plurality of collimating units, wherein the plurality of LED packages are disposed on and electrically connected to the plurality of carriers, and each of the plurality of collimating units separately is disposed on a corresponding LED package. The first container accommodates the first sterilization light source, and defines a first light-mixing space. The sterilization container includes an accommodating space for accommodating the liquid, wherein the first container is assembled together with the sterilization container, and the first light-mixing space is disposed between the first sterilization light source and the accommodating space.

An air conditioner having an interior casing in which an air filter is provided along an inner face of an air suction inlet, includes a filter cleaning part, a cleaning time drive member for moving the air filter and the filter cleaning part with respect to each other, and an ultraviolet light irradiation unit which irradiates the air filter with ultraviolet rays. The air filter and the filter cleaning part are relatively moved by the cleaning time drive member to remove dust adhered to the air filter, and the ultraviolet light irradiation unit irradiates an uncleaned face of the air filter with the ultraviolet rays.

The invention provides a repairing method of an organic EL by laser, in which a position of a defective part of an organic EL element is precisely grasped and laser is irradiated to the specific area and such defective parts only are repaired, without impairing a function of the whole of the organic EL elements in the pixel having a defective part and maintaining a luminous function of other organic EL elements than defective ones. A current voltage characteristic of an organic EL element is measured and an existence of a leak current is judged by comparing such current voltage characteristics with a predetermined current voltage characteristics. A leak luminous image is obtained by impressing a voltage less than a luminescence threshold on the organic EL element, and laser is irradiated and the leak luminous part is repaired. Repairing is confirmed when there is no leak luminous image by impressing a voltage less than a luminescence threshold on the organic EL element and a leak current is decreased when a current voltage characteristic is measured.

An anode electrode (10) is composed of a long straight cylinder-shaped body, and the outer circumference of the cylinder-shaped body is covered with a dielectric (12). A cathode part (20) has a shape of straight half cylinder. A cathode (25) surrounds the anode, and the anode and the cathode are arranged parallel to one another in the lengthwise direction. The cathode is provided with a cathode wire group (16). In the cathode wire group, both edges of the wire are fixed at both edges (20D) of the half cylinder shaped body constituting the cathode part, in the lengthwise direction, so as to have the plurality of wires parallel to one another. On a surface (20S) of the cathode part on a side that faces the anode, a reflecting plane is formed for reflecting radiation in a vacuum ultraviolet region. Thus, high-intensity light having a wavelength in the vacuum ultraviolet region can be obtained, and an object to be irradiated can be efficiently irradiated with the light.

The invention discloses a distributed optical reflector of an LED (light emitting diode) street lamp. In street lighting application, height of a lamp pole can be lowered to reduce power and realize secondary energy conservation. The optical reflector comprises three groups of symmetrically connected reflecting cups, and each side of the reflecting cup groups includes a first reflecting cup, a second reflecting cup and a third reflecting cup. The first reflecting cup is formed by a reflector A, a reflector B, a reflector C and a high-power mounting hole J. The second reflecting cup and the third reflecting cup are the same with the first reflecting cup in structure. Efficient light and overall uniformity in different distances of streets are realized by the arrangement of different angles of reflection, different areas of light and the different power LED sources, average illumination is increased by 20-30%, the uniformity is increased by 40-50%, and application cost is lowered by 10-20%; and the optical reflector has significant social and economical benefits.

The invention discloses a plastic granulation waste gas treatment device, which comprises a bottom plate, a treatment box is fixed on the top outer wall of the bottom plate by bolts, a first exhaust fan is fixed on the top outer wall of the bottom plate by bolts, and the exhaust pipe of the first exhaust fan is One end is plugged with the inner wall of one side of the treatment box, the inner wall of the top of the treatment box is fixed with a semicircular ring by bolts, and the semicircular ring is fixed with a porous air pipe by bolts, and the inner wall of one side of the treatment box is fixed with an installation frame, and the metal mesh is fixed by bolts in the installation frame. The elastic rod of the present invention shakes under the impact, and then drives the spring bar to shake, and the irradiation angle of the UV ultraviolet irradiation lamp changes with the shaking of the spring bar, which increases the irradiation range of the UV ultraviolet irradiation lamp, and the concave lens structure increases the waste gas and the device. The contact area is large, and the direction of gas movement can be changed, so that the treatment time of the exhaust gas is lengthened again, and the alternately distributed positions make the cracking more thorough.

The invention discloses a distributed optical reflector of an LED (light emitting diode) street lamp. In street lighting application, height of a lamp pole can be lowered to reduce power and realize secondary energy conservation. The optical reflector comprises three groups of symmetrically connected reflecting cups, and each side of the reflecting cup groups includes a first reflecting cup, a second reflecting cup and a third reflecting cup. The first reflecting cup is formed by a reflector A, a reflector B, a reflector C and a high-power mounting hole J. The second reflecting cup and the third reflecting cup are the same with the first reflecting cup in structure. Efficient light and overall uniformity in different distances of streets are realized by the arrangement of different angles of reflection, different areas of light and the different power LED sources, average illumination is increased by 20-30%, the uniformity is increased by 40-50%, and application cost is lowered by 10-20%; and the optical reflector has significant social and economical benefits.

The invention discloses an air conditioner with an indoor unit casing, in which an air filter is arranged along the inner surface of the air inlet, and the indoor unit casing includes: a filter cleaning part; a driving part for moving the air filter and the filter cleaning part relative to each other; and an ultraviolet light irradiation unit for irradiating the air filter with ultraviolet rays. The air filter and the filter cleaning part are relatively moved by means of the driving part during cleaning to remove dust adhering to the air filter, and the ultraviolet light irradiation unit irradiates the Uncleaned surfaces of the air filter.

A laser crushing device (3) is provided with: a waveform control unit (27) that pulses laser light excited from a laser light source (21) and adjusts the output of the pulsed laser light; and a fiber tip (23a) that emits the laser light, the output of which has been adjusted by the waveform control unit (27), to urinary calculi (S) in the liquid, and the waveform control unit (27) switches the output of the laser light to a second period in which the output monotonically decreases at a gradient greater than a predetermined gradient after a first period in which the output monotonically increases.

The invention provides a lighting apparatus of a riding type vehicle, wherein the light source type of the lighting apparatus is not restricted, the radiating light is not blocked by the key carried by the hand of a rider, and the key switch can be effectively lightened. A plane inclined portion (45) and a plane vertical portion (46) are formed on a leg guard plate (25) arranged opposite to a passenger, the inclined portion (45) is inclined foward wherein the portion above the vehicle is fronter than the portion below the vehicle, and the vertical portion (46) is vertically arranged from the inclined portion (45) to the portion above the vehicle. The portion lightened by the switch light (80) is positioned at the opening (45a) of the inclined portion (45) to be matched with a combined switch (50). The lighting surface of the switch light (80) is positioned at the opening (46a) of the vertical portion (46) to be matched with the switch light (80). When observed from the side of the vehicle body, the axis direction SJ of the lock core (56) of the combined switch (50) is crossed with the radiating direction PJ of the switch light (80) behind the vehicle body, and thereby the combined switch (50) is lightened from the front sideof the vehicle body.

The invention relates to a substrate inspection device and a transmission illuminating device for the substrate inspection device. The substrate inspection device can prevent infrared light from an infrared light source from entering a camera without passing through the substrate, so that the substrate can be accurately inspected. The shape and arrangement of the infrared light source are set so that the field of view of the infrared light source of the charge-coupled device camera is covered by the field of view of the substrate of the charge-coupled device camera. Furthermore, by virtue of the Fresnel lens, the irradiation angle of the infrared light emitted from the light emitting diode element disposed near the edge of the infrared light source is deviated toward the edge direction of the substrate. In addition, the intensity of the infrared light irradiated from the infrared light source to the substrate on the edge region of the substrate is greater than the intensity of the infrared light on the central portion of the substrate.

The invention discloses a coupling lens easy to reduce light error after assembly, comprising a coupling lens body and a VCSEL laser, the coupling lens body is respectively provided with an incident lens and an emergent lens, the coupling lens body is provided with a reflecting surface used for total reflection of a light path between the incident lens and the emergent lens, and the incident lens and the emergent lens are arranged on the coupling lens body. Light emitted by the emergent lens is totally reflected by the reflecting surface and then is focused by the incident lens to form a focus plane. According to the invention, the VCSEL and the optical monitoring PD which are arranged in a high-low staggered manner are utilized to realize accurate full-coverage type VCSEL laser optical path receiving and small-part diffusion energy type optical monitoring PD optical path receiving of an optical path, so that stable and efficient irradiation of the optical path in the coupling lens body can be maintained; the internal structure of the coupling lens body between the VCSEL laser and the emergent lens is simple and flat, the coupling lens body is easy to process, produce and use, optical loss cannot be caused, and the functionality and the coupling effect of the coupling lens are improved.

The present invention relates to an ultraviolet irradiation device that is capable of highly efficiently converging UV light of 300nm to 400nm, which is suitable for solidification by ultraviolet, on a light incident opening of tiny fiber with a diameter of less than 5mm; a blocking light filter that blocks ultraviolet with the harmful wavelength of less than 300nm is not used; and the ultraviolet of 300nm to 400nm can be effectively radiated on an object. The present invention is characterized in that the device is provided with a high-pressure fluorescent mercury lamp with a pair of tungsten electrodes that are arranged in a discharging container that is formed by quartz glass; mercury of 0.08 to 0.13mg / mm<3>, rare gas and halogen of 2*10<-4>~7*10<-3> [mu]mol / mm<3> are enclosed in the container; the distance between electrodes is 0.5 to 1.8 mm, which can highly efficiently irradiate the ultraviolet of 300 to 400nm; a light-converging component can converge the light from the high-pressure fluorescent mercury lamp andconverge the ultraviolet of 300 to 400nm in an area with a diameter of less than Phi 5mm so as to radiate the irradiated object.

PROBLEM TO BE SOLVED: To provide an illumination device for plant cultivation using artificial light, which can efficiently irradiate leaves at a lower section of the plant even when applying high intensity light.SOLUTION: The illumination device for plant cultivation includes: a main light source which emits monochromatic light or mixed-colored light of which wavelengths are between 400 nm or more and 700 nm or less and photosynthesis photon flux density is at 200 μmol / m / s or greater; and a far-infrared light source which emits far-infrared light. The main light source and the far-infrared light source include semiconductor light-emitting elements.

The invention relates to the technical field of liquid crystal display, in particular to a backlight module and a liquid crystal displayer. The backlight module sequentially comprises a printed circuit board, a reflector plate, an LED light source and a diffusion plate from bottom to top. First protruding points are arranged on the light-in face, facing the LED light source, of the diffusion plate and around the projection, within the light-in face, of the LED light source. The first protruding points can conduct reflection diffusion on an illumination area, on the diffusion plate, of the LED light source, eliminate projection dark spaces and prevent light source gathering, so that the distribution of a light-emitting area on the diffusion plate is more uniform. Meanwhile, the LED light source can be independently controlled, local light control can be better achieved, and accordingly the display quality of a high-dynamic-comparison image is improved. The reflector plate can reflect leaking light again so that the light can irradiate the diffusion plate again, accordingly the utilization rate of the light source is increased, the light mixing distance is increased, and thinning design of the liquid crystal displayer is achieved easily.

The invention provides an apparatus and method for processing a wafer, which can efficiently irradiate ultraviolet light under the condition of not enlarging an apparatus area. A cleaning apparatus (1) of a wafer apparatus is provided with a cleaning unit; the cleaning unit cleans and dries the holding bench (20) of a held wafer (W) and a front side (WS) of the held wafer (W) on the holding bench (20). The holding bench (20) is provided with a holding part (21) and an ultraviolet light irradiation part (23). The holding part (21) is provided with a holding surface (21a) and is formed through materials capable of penetrating ultraviolet light (U), wherein the holding surface (21a) is provided with a plurality of suction holes (24) used for absorbing and holding the back surface (WR) of the wafer (W) to keep a whole back surface (WR). The ultraviolet light irradiation part (23) is configured on an opposite side of the holding surface (21a) of the holding part (21).