286 results about "Periscope" patented technology

A system for material excitation in microfluidic devices is described. Aspects of the invention resemble a submerged periscope when in use. They allow for light to be redirected along a more advantageous trajectory as does the maritime device. A prism with a reflecting surface may be used to direct a laser beam along one or more microfluidic trenches or channels. Alternatively, a reflecting surface may be provided in connection with a simple support. Directing a beam along multiple paths is preferably accomplished by scanning a single laser across or around the reflecting surface provided. Provision may be made for at least a portion of the submersible used to function as an electrode to assist in electrokinetically driving fluids and / or ions within the microfluidic device.

The exemplary embodiments illustrated provide the discovery of methods and apparatuses for periscope devices that couple to a viewing end of a visualization catheter or endoscope to extend the viewing range and accessory range of the endoscope or visualization catheter so as to provide for greater viewing and reach into multiple areas of the anatomy.

Periscope Swim Goggles are swimmer's goggles with a periscope situated above the water line that projects the view that is ahead of the swimmer through a fiber optic cable to a viewer located on the goggle's eyepiece. Generally, an open-water swimmer using the free style or crawl stroke must occasionally sight on a landmark to swim toward. Periscope Swim Goggles would enable the swimmer to continually swim directly along the desired path without lifting the head for sighting. Conventional swimming goggles are typically comprised of two eyepieces contoured and gasketed for an air-tight fit around each eye socket and an elastic strap that wraps around the head holding the eyepieces tight to the face. In one embodiment of the invention, the periscope is positioned and secured at the back of the head by the elastic strap of the goggles. The fiber optic cable leaves the periscope and follows the elastic strap to the viewer which is mounted to the front of the eyepiece.

A collimated periscope that is switchable between a normal optical view of the outside, a display view, and an overlay view in which the outside view and display view are combined. The switching element is an electronically switchable mirror with primarily reflective, primarily transparent, and intermediate states, depending on the application of electrical potentials.

The invention discloses a periscope camera module. The periscope camera module comprises a light steering mechanism, a lens mechanism and a photosensitive chip, wherein the light steering mechanism ismounted at a light incident side of the lens mechanism, the photosensitive chip is mounted at a light exit side of the lens mechanism, the light steering mechanism comprises a prism, a prism holder,a support shaft and a base, the prism holder is arranged in the base, the prism holder has a support surface opposite to the prism, the prism holder is further provided with a shaft seat, the shaft seat is arranged at the other side of the support surface opposite to the prism, the shaft seat is provided with a through shaft hole, the support shaft is rotatably arranged in the shaft hole, the support shaft is perpendicular to an optical axis of an optical lens in the lens mechanism, the support surface has two side walls, and the intersection portion of the support surface and the side walls is provided with a support table which projects in the direction away from the support surface and extends along an intersection line of the support surface and the side walls. The periscope camera module is advantaged in that the prism holder and the support shaft are adopted, the anti-shake effect can be achieved through the rotatable prism, the structure is simpler, and manufacturing and maintenance are easy.

A periscope that is switchable between the normal optical view of the outside, a display view, and an overlay view in which the outside view and display view are combined. The switching element is an electronically switchable mirror with primarily reflective, primarily transparent, and intermediate states, depending on the application of electrical potentials.

The invention discloses a wireless multi-functional periscope type meter reading device which comprises an insulation telescopic rod, a camera and a display terminal. The camera is connected at the top end of the insulation telescopic rod through a universal rod. The display terminal is connected on the lower portion of the insulation telescopic rod. The camera is connected with the display terminal through wireless signals. A sweeper is further connected at the top end of the insulation telescopic rod. The sweeper is provided with a box-shaped outer shell and a cleaning head. A motor and a control circuit board are arranged in the box-shaped outer shell. An output shaft of the motor horizontally extends out of one end of the box-shaped outer shell and is connected with the cleaning head through a connecting shaft. Charging insertion holes are formed in the other end face of the box-shaped outer shell and a signal receiving antenna educed from the control circuit board is arranged on the other end face of the box-shaped outer shell. A bolt is perpendicularly arranged in the middle of the lower end face of the box-shaped outer shell. The wireless multi-functional periscope type metering device brings convenience to meter reading work, has the function of sweeping a view window of an electric energy meter, enables sweeping and meter reading to be completed one time, is convenient to operate and safe, saves labor, and improves the efficiency of production operation.

The invention discloses a buoy type submarine periscope and communication device. The technical scheme adopted by the invention is as follows: the buoy type submarine periscope and communication device mainly comprises an invisible housing, a rotary platform, a high-definition camera, an ordinary camera, an electronic gyroscope, a magnetic compass, a stepping motor and a receiving antenna, wherein invisible housing is formed by two hemispherical casings which arranged separately up and down, in a sealing and butting manner; the rotary platform is arranged above the butting position of the two hemispherical casings, and is driven and controlled by the stepping motor arranged below the rotary platform; the direction of the probe of the high-definition camera passes through the center of the magnetic compass along the upper part of the magnetic compass and directly faces to the direction, to which an arrow on one side of the magnetic compass is pointing; the direction of the probe of the ordinary camera is opposite to the magnetic compass on the rotary platform; direction scales are marked in the peripheral direction of the magnetic compass. The buoy type submarine periscope and communication device provided by the invention has the advantages that the possibility that a submarine is detected by enemy is lowered, the concealment and battlefield viability of the submarine are improved, and the buoy type submarine periscope and communication device is mainly applied to submarine periscope and communication.

The invention relates to the field of display devices, and particularly relates to a display device for eliminating a display frame. The display device comprises a display panel, wherein the display panel is divided into a center display area, an edge display area and a frame area, an optical system is arranged on the surface of the display panel and provided with one or a plurality of direct light structures positioned on the surface of the center display area and one or a plurality of periscope structures positioned on the surface of the edge display area, light which exits from the center display area directly penetrates through the direct light structures to exit, and light which exits from the edge display area is offset to the direction of the frame area through the periscope structures and then exits. According to the display device, the periscope principle is utilized to set the periscope structures, and the periscope structures are arranged in the edge display area of the display panel, so that a part of light which exits from the edge display area is offset to the frame area, thereby transferring a part of the pixel of the edge display area of the display panel to the frame area, so as to achieve the effect of eliminating the frame and realize seamless splicing of the display panel.

A see-through periscope for sighting-in optical sights or open sights by co-aligning one type of sighting system with the other type. The small see-through periscope is preferably used with firearms that have two conditions: (1) the rifle must be equipped with open sights, and (2) a gap must exist between the front of the optical sight and the rear open sight where the periscope can be mounted. Four unique mounts allow the periscope to be used with both magnifying or non-magnifying optical sights of different types, sizes, and shapes and open sights of different heights. The mounts position the bottom mirror at the height of the open sights and the top mirror at a point higher than the optical sight. The bottom mirror captures an image of the open sights aimed at a target and reflects that image to the top mirror, which in turn reflects the image across the top of the optical sight and into the eye of the shooter. The optical sight can still be used because the periscope mounted in front of it has no front or back panels, leaving a window for the shooter to see through the optical sight.

The invention discloses a method for preparing a glass surface super-hydrophobic membrane, and relates to the technical field of glass surface treatment and coating preparation. The method comprises the following steps: coating the surface of a glass substrate with a sodium borosilicate glass membrane by using a sol-gel method, performing thermal treatment, treating with a buffer acid etching solution so as to turn the membrane into a communicated nano size porous structure, and coating the surface of the porous glass membrane with a layer of a low-surface energy fluoroalkyl silane compound membrane, thereby obtaining a super-hydrophobic membrane layer. The purposes of pollution resistance, fingerprint resistance and self cleaning of a glass surface are achieved, and glass with the super-hydrophobic membrane layer on the surface can be applied to fields such as 3C electronic product touch screens, lenses, high-speed train glass and periscopes.

This invention relates to a control method for spatial and level searching applied to a panoramic stabilized periscope especially for use in military vehicles. The control method of the present invention uses platform altitude angles including heading, pitch, roll and spatial level constant elevation angle pointer vector as inputs, and periscope gimbal azimuth angle (AZ) and elevation angle (EL) command as outputs.

The invention discloses a difference absorb laser radar device based on a tunable light source. The difference absorb laser radar device comprises a laser, a light path for generating a difference wave length laser beam and related parts for laser beam combination and emission, optical scanning and receiving and signal spectral detection. Particularly, two sets of YAG lasers (1 and 2) are adopted in a laser radar emitting part to serve as a pumping source of four sets of tunable lasers (7, 8, 9 and 10); four paths of laser beams emitted by the tunable lasers are emitted out through one path via a beam combining optical part (19, 20 and 26); a periscope type scanner (28) is adopted to achieve space distribution scanning. The difference absorb laser radar device can fast detect space distribution of pollutant gases including nitrogen dioxide, sulfur dioxide, ozone and the like in the atmosphere with high precision in real time. The difference absorb laser radar device is simple in structure and low in manufacturing cost, and precision errors are small.

A toy camera set. The camera set includes a camera that can be attached to a variety of different toy optical accessories. By way of example, the toy optical accessories may include a toy microscope, a toy periscope, or a toy binocular. The camera can be used to take a picture through the microscope, etc. The camera can be attached to one accessory and then attached to another accessory so that a single camera can be used with a number of toy optical devices. The kit includes an instruction guide that instructs a user how to attach the various toy accessories to the camera.

A folding axis / periscope telescope optical system transmission ratio measurement system includes: 1) light source component, including the light source and modulation wheel; 2) launching unit, including parallel tubes and changeable diaphragm; 3) receiving unit, including integral ball and photomultiplier tube for detecting incident light energy ; 4) control processing unit, including lock phase amplifier, analog-digital conversion circuit, SCM and display; its characteristic is that the launching unit and receiving unit are made to separate structure, and each separate structure can be independently lifted or pitching adjusted to meet the testing requirements of the folding axis telescope optical system transmission ratio; to improve the measurement precision, the system uses two optical paths method, to a certain extent, excluding the signal drift of the light source, detector, high-voltage power supply, amplifier and other components, and after a 100% calibration, it can process measurement in a long time.

The present invention provides a fixture and method for mounting a head window to a frame for use in a submarine periscope system. The fixture supports the head window during the potting of the head window to the frame. A spring-loaded clamping plate is mountable to a baseplate for relative movement therebetween. The clamping assembly has an oval recessed portion. A plurality of spaced apart feet are formed within the oval. The feet support and are bonded to the head window. Shim stock are placed between the feet to define a critical gap.

The invention relates to a kicker, in particular to an electric long-distance kicker. The electric long-distance kicker is characterized in that through intelligent operation, the kicker gathers elastic potential energy of a spring by means of a mechanism, then motivates the elastic potential energy into kinetic energy of a kicked object, conducts aiming by means of a periscope and an accent light and accurately kicks the kicked object in place. The kicker can be mounted on naval vessels and fishing boats and used for launching bombs and grenades and jetting stones or bricks to enemy vessels; the kicker can also be used as a water cannon or a gas gun to kick life floats or life buoys to trapped personnel and overboard personnel so that the trapped personnel and the overboard personnel can be saved quickly; the kicker can be mounted on an automobile and used for long-distance fire extinguishment so as to guarantee that firefighters are protected against injuries; during high-rise fire extinguishment, the kicker can be used for jetting heavy objects to break doors and windows open and jetting fire extinguishing bombs into a house rapidly and accurately; the kicker can also be used as the water cannon to jet thousands of jin of water into the house at a time; when a high-tension power line ices up, the kicker can conduct continuous deicing operation on the charged condition; during wartime, the kicker can be used for jetting shrapnels, bombs and grenades to an enemy position a few hundred meters away. The electric long-distance kicker is simple in structure, capable of being operated intelligently, high in jetting speed, accurate in jetting and long in jetting distance.

A system for basement window wells that enables internal occupants a view of the surrounding outdoor landscape is herein described, comprising a periscope-type mechanism comprising a pair of mirrors which mount within a window well area. An upper portion of the system comprises a mirror which reflects light and scenery downward. A bottom portion of the system comprises a second minor which projects said light and scenery through a below-grade window portion of a building. A protective transparent plastic cover maintains a watertight construction.

A periscope that is switchable between the normal optical view of the outside, a display view, and an overlay view in which the outside view and display view are combined. The switching element is an electronically switchable mirror with primarily reflective, primarily transparent, and intermediate states, depending on the application of electrical potentials.

The present invention is a modular electronic-optical-mechanical apparatus, to be used by observers in combination with a wide variety of optical image sources, for observing, acquiring and sharing the optical imagery of objects, and the audio and sounds derived from observing sessions bi-directionally in real time with audiences both remote and local. The apparatus enables observers who are local or remote from optical image sources to control and acquire optical imagery from optical image sources, where those optical image sources include microscopes, telescopes, IR scopes, spotting scopes, polarimeters, interferometer microscopes, interferometers, rifle scopes, surveillance scopes, drone optics, binoculars, theodolites, autocollimators, alignment telescopes, camera lenses, periscopes, slit lamp bio microscopes and dioptometers. The observer's audiences span the fields of training, teaching, surveying, bird watching, hunting, target shooting, photography, law enforcement, remote surveillance, local surveillance, drone flight, national defense, medicine, metrology, interferometery, astronomy, geology, biology, bacteriology, ophthalmology, entertainment, et al.

A vehicular viewing system is disclosed that allows a driver following a large vehicle the ability to see in front of the large vehicle. The viewing system may consist of an electronic viewing arrangement, a periscope viewing arrangement or both.

The invention discloses a displacement and oscillating angle measuring light path structure for a two-dimensional holographic scanning exposure workbench, belongs to the field of manufacturing of holographic planar diffraction gratings, and aims to solve the problems of influence on the measurement accuracy caused by thermal expansion of an interference field carrying platform and high difficulty in processing and adjustment of a Y-axis long-strip reflecting mirror with the meter-scale size in the prior art. The displacement and oscillating angle measuring light path structure for the two-dimensional holographic scanning exposure workbench comprises an X-axis measurement system and a Y-axis measurement system, wherein the X-axis measurement system comprises an X-axis light beam direction adjuster, an X-axis interferometer, a periscope structure, an X-axis measurement reflecting mirror and an X-axis reference reflecting mirror; the Y-axis measurement system comprises a plurality of Y-axis interferometers, a Y-axis reference reflecting mirror and a Y-axis measurement reflecting mirror; laser light emitted by a double-frequency laser is split into two beams of light through a beam splitting prism, and the two beams of light enter the X-axis measurement system and the Y-axis measurement system through a steering prism respectively; the X-axis interferometer in the X-axis measurement system is used for realizing the measurement of the relative position of the X axis of the workbench through the periscope structure; the Y-axis measurement system is used for realizing the measurement of the relative position of the Y axis through the Y-axis interferometers.

The invention relates to a periscope device for transmission of a surrounding represented by first light borne information (L1) to the view opening (106), wherein the first light borne information (L1) at the view opening is arranged to be presented together with visual supplementary information represented by second light borne information (L2), wherein the visual supplementary information (L2) is arranged to be provided by means of a projector (P). The invention also relates to a vessel.

The present invention provides a fixture and method for mounting a head window to a frame for use in a submarine periscope system. The fixture supports the head window during the potting of the head window to the frame. A spring-loaded clamping plate is mountable to a baseplate for relative movement therebetween. The clamping assembly has an oval recessed portion. A plurality of spaced apart feet are formed within the oval. The feet support and are bonded to the head window. Shim stock are placed between the feet to define a critical gap.

An optical observation device is connected to an extendable and retractable snorkel tube for above-water observation during the snorkel travel (travel at periscope depth) of the submarine. The optical observation device is designed as a compact unit which consists of an optronics unit with a short-travel drive. The compact unit is assembled on the snorkel tube. At least one further compact unit is provided which comprises at least one communication arrangement with a short-travel drive, wherein this further compact unit is likewise provided on the snorkel tube.

The invention discloses a multi-mode observing periscope. The novel periscope consists of a lens barrel 1, reflective mirrors 2 and 3, a beam splitter 4, openings 5, 6 and 7, light barriers 8 and 9, an attachment 10 and a telescope 11. According to different purposes, the periscope provided by the invention can realize the functions of forward and backward simultaneous observation of two persons, upward observation, telescopic observation and image correction. The multi-mode observing periscope has the characteristics of large visual range, a plurality of combinable modes, low difficulties in optic design, simple structure, low manufacturing cost, small volume, light weight, small rotation inertia, convenience and flexibility, can be used for monitoring and aiming at a target in military, can be used in industry and any other places where human eyes are needed but spatial multi-directional periscope, observation and aim cannot be performed directly, and also can be used as an optical teaching instrument.

A periscope comprises an object window (4), a first reflector (5), a second reflector (6), a viewing window (7) and a display port for an electronic display (8). The first reflector (5) is arranged to reflect light from the object window (4) towards the second reflector (6). The second reflector (6) is selectively movable between a first position of use in which the second reflector (6) reflects light from the first reflector (5) towards the viewing window (7) and a second position of use in which the second reflector (6) reflects light from the display port towards the viewing window (7). The periscope provides a simple design that allows the user's view to be switched between an electronically generated image, such as night vision, and a purely optical image.