58 results about "Spotting scope" patented technology

According to various embodiments, a parabolic antenna may include a radome with an optically transparent window. The parabolic antenna may include a feedhorn socket configured to receive a feedhorn assembly. The feedhorn socket may also be configured to receive a spotting scope. According to various embodiments, the spotting scope may be mounted in place of the feedhorn assembly and used to optically align the parabolic antenna with respect to a distant target. The optically transparent window positioned in the radome may allow a user to see through the radome. Once aligned, the spotting scope may be removed from the feedhorn socket. A feedhorn assembly may then be secured in the feedhorn socket and a radio unit coupled thereto for radio frequency transmission.

An improved device for attachment of support apparatuses such as a tripod, support accessory, adjustable ball and socket support arms, and the like, to supplemental support objects such as a tree or limb, post or rail or other environmental objects, is herein provided. Convenient portable support of cameras, spotting scopes, optical devices and other devices is enhanced by enabling placement at usable heights, locations, and positions beyond the capabilities of the support apparatus alone. Shown as generally rectangular in shape, the support attachment device has a support apparatus side and supplemental support side, and an upper and lower end. FIG. 1 shows the support apparatus side 10 of the support attachment device. A support receiving groove 12 begins at the upper end 14 and ends at the lower end 16. Support receiving groove 12 divides a first support apparatus face 18 and second support apparatus face 20. A first rope clenching cleat 22 is contained upon first support apparatus face 18 and a second rope clenching cleat 24 is contained upon second support apparatus face 20. First rope clenching cleat 22 and second rope clenching cleat 24 are passive means for tightly clenching a flexible binding means such as common rope or the like. A rope placed within a rope clenching cleat is tightly bound without the need for a buckle requiring manual manipulation. No additional manually operated clamp or buckle is needed. By using common rope as a flexible means or secure attachment, the user is not limited by finite lengths of normal straps or finite sizes of normal clamps, but instead enabled to easily add to length as needed.

An optical system for providing a viewer with contrast between a golf ball and its environment, including a light filter and at least one polarizer mounted in a viewing device. The light filter has no more than about 20% transmittance of light in one of the range of wavelengths of from about 500 nm to about 700 nm. The viewing device allows for the light filter and the polarizer to be arranged in front of at least one eye of the viewer. The optical system can be provided in a spotting scope, a pair of eyeglasses or an attachment to eyeglasses for ease of use.

An image modifying assembly for connection to a smart device, such as a smartphone or smartpad, is disclosed. The assembly includes an adapter case for receiving the smart device, a connector attached to the adapter case, a locking collar operably associated with the connector for removable attachment thereto, and a clamping device having a first clamping portion for connection to the locking collar, a second clamping portion spaced from the first clamping portion, and a bore extending between the first and second clamping portions. The bore together with the locking collar and opening provide an optical path for the camera associated with the smart device. The second clamping portion is adapted for connection to an image modifying device, such as a spotting scope, lens, night vision monocular, and so on, to thereby modify an image before it is received by the camera.

A compact spotting scope includes a housing with an outer surface having a grasping region sized and shaped to fit in the palm of a user's hand so that the spotting scope can be held at eye level with one hand in an ergonomic arm and wrist position for steady support. An optical element positioned within the housing is adjusted by manually rotating a side-mounted adjustment knob that extends laterally from the outer surface of the housing opposite the grasping region. The side-mounted position of the adjustment knob allows the arm and wrist of the focusing hand to be maintained in an ergonomic position during manipulation of the adjustment knob, thereby further facilitating steady support. An internal support member of the spotting scope includes a frame portion and a generally tubular portion, which are preferably formed together of unitary one-piece construction for aligning optical elements of the spotting scope.

A flexible yoke or mounting body for a pod support apparatus, such as a monopod or bipod, includes a resilient section interposed between leg(s) of the pod support and a device supported thereon. The resilient section is preferably formed of a bendable elastomeric material to thereby facilitate manual tilting of the portable equipment on the pod support apparatus. In a multipod embodiment, the yoke or mounting body may include multiple leg extensions of elastomeric material for detachably securing multiple support legs thereto in angularly-spaced relation. The resilient section may allow the legs of a multipod to be moved independently of each other. A quick-detachable coupling device is preferably provided for detachably and rotatably coupling a piece of portable equipment such as a rifle or spotting scope to the pod support device.

A tripod assembly having multiple interchangeable accessories for use in supporting a firearm or other device includes mounting couplers for releasably securing the assembly to an attachment point on a device to be supported, such as the forearm of a rifle, mounting brackets that are not affixed to the device to be supported, and threaded fasteners adapted for connection to standard threaded sockets for supporting devices such as cameras, spotting scopes and the like. The tripod assembly has a substantially planar, generally triangular tripod base including three sides terminating in, and defining, first, second and third vertices carrying respective first, second and third telescoping support legs.

A holographic optical element (HOE) device is mounted in wireless optical telecommunication system transceiver. The HOE device includes a developed emulsion material having an interference pattern recorded thereon, sandwiched between a pair of elements, such as a pair of clear glass plates. In operation, the HOE device uses the recorded interference pattern to diffract received light rays towards an optical processing unit of the system receiver. A transmitter unit can be positioned at least in part behind the HOE device. An opening in the emulsion material allows a light signal transmitted from the transmitter unit to be substantially unaffected by the recorded interference pattern. The transceiver can also include a spotting scope and an alignment beacon.

This invention comprises an adaptor device for connecting an electronic device having a camera to a range of optical devices, including but not limited to binoculars, monoculars, riflescopes, spotting scopes, telescopes, and microscopes. This adaptor device has a plurality of protrusion that provide a self-centering and fitted connection between the electronic and optical device, so that the optical axes are aligned so that the user may take images or video on their electronic device through the optical device. The structure of the adaptor device allows the adaptor to fit a range of differently sized optical device, denoted by the diameter of the eyepiece end of the optical device.

Systems, apparatuses, and methods are described which provide a camera mount system. The camera mount system can include, for example, a first optical element and a second optical element. Incoming light from a scope on a weapon, for example, is partially transmitted and partially reflected by the first optical element. The partially transmitted light passes through an eyepiece to a viewer (e.g., a shooter). The partially reflected light is reflected by the second optical element and is recorded by a recording device (e.g., a camera, a video recorder, an image sensor, etc.). The viewer has direct access to the scope optics, a spotting scope, or binoculars, for example, and the camera and the viewer have access to the same view.

The invention provides a scenic spot passenger flow volume information system for acquiring large-scale independent scenic spot people flow information by using a base station. The system comprises: a mobile terminal, a base station, a base station controller, an information processing platform, a short message gateway, an information charging platform and a short message service platform. The mobile terminal accesses to a network through a base station in a scenic spot scope covered by a signal. The base station is connected with the base station controller. The base station controller is connected with the information processing platform. The information processing platform and the information charging platform can connect with the short message service platform through the short message gateway. The information processing platform also comprises a data receiving module, a data processing module and a information issuing module. The data receiving module retrieves base station information from the base station controller. The base station information is processed through the data processing module. The information issuing module publishes the people flow information and a travel advice as a short message mode to a user mobile phone. A structure is simple and the system is convenient to use. Acquired statistics data has small errors compared with the actual data. The user who customizes the value-added service can know the real-time people flow information and the travel advice of the scenic spot at any time.

A telescope main body, which is provided with an objective optical system, a focusing system, an imaging device, a beam splitter, and a correcting system that performs a correcting operation for correcting a position shift between an image forming position of an object image and a receiving surface of the imaging device caused by diopter variation of a user. The correcting system includes a focus driving system which relatively moves an image forming position of the object image with respect to the receiving surface, a focus detecting system which detects a status in which the image forming position coincides with the receiving surface, and a controller controlling the focus driving system. The controller has with a learning function of storing correction data of a preceding correcting operation so that the stored correction data of the preceding correcting operation is reflected in a subsequent correction operation.

An easily adjustable scope mounting head and stand. The stand includes a stabilized base with a vertical rod extending upward. The scope mounting head is attached to the vertical rod. A ball and socket joint is located on one end of the mounting head and an adjusting knob is located on the opposite end. The ball is equipped with accessible mounting mens for attaching a spotting scope or similar article. When the user slackens the adjusting knob, the ball and socket joint is free to move in roll, pitch, and yaw. In addition, the entire mounting head can rotate about the vertical rod and slide up and down the vertical rod. When the user tightens the adjusting knob, all degrees of freedom are locked. Thus, the single adjusting knob provides all needed adjustment for the height and orientation of the spotting scope.

The invention relates to a tripod head having an inclination apparatus (2) having a universal joint (5) and having a holding apparatus (100), which can be secured on the universal joint, for holding a camera, a pair of binoculars, a spotting scope or such an optical instrument with a removable disk (101).

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 folding, compact, lightweight, in-the-field Hunting and Target Rifle Rest is disclosed utilizing a novel solid means of attachment to hold a rifle securely in place for maximum accuracy. The rest includes various means of attachments to solid objects including but not limited to trees, stumps, shrubs, tripods, or any other objects that may be strapped to or clamped to and fit into the rest clamp. The rest incorporates various means of adjusting the rifle when secured for repositioning its aim and comfort to the user. The rest includes attachment hardware for cameras and spotting scopes that can directly focus at the same time, on the same field of view, that the rifle is aimed towards no matter how the rifle's aim is repositioned.

The invention provides a scenic spot passenger flow volume real-time statistic system and method based on a cloud AC platform. The method comprises the following steps: establishing a long connection channel with an AP cluster disposed in a scenic spot network domain through a specific port of the cloud AC platform; receiving a visitor terminal information message reported by the AP cluster; updating the state of each terminal in a terminal state list to an existing terminal state data item in a database corresponding to the scenic spot network domain; inserting newly added terminal data into the database; according to all terminal data in the database and the popularity rate of mobile terminals in China at present, calculating current passenger flow volume data of the scenic spot network domain; and determining comfort indexes of a scenic spot for queries by visitor terminals. Under the condition of full AP coverage of a scenic spot scope, a method for querying the passenger flow volume and comfort level in real time for visitors is realized, basic facility construction of a WiFi scenic spot is reused, repeated investment is reduced, the travel satisfaction of the visitors is improved, and safety hidden troubles are reduced.

A correct image reflecting telescope with zoom capability comprised of a flat mirror, a parabolic primary mirror, and an image correcting system. The flat mirror reflects the incoming light from the telescope aperture into the parabolic primary mirror. The reflected light from the primary mirror passes back through a small centrally located opening in the flat aperture mirror and into an image correcting lens system. The image correcting system repositions the focal point of the primary mirror from a point in front of the flat aperture mirror to a point behind this mirror for observation with and eyepiece. The image correcting system makes the telescope useful in terrestrial as well as celestial applications and it can be moved with respect to the primary mirror such that a zoom feature results. This intrinsic zoom of the telescope allows an observer to use a single eyepiece in place of many, eliminates the need for an additional finder scope, and also makes the telescope useful in spotting scope applications. The eyepiece can remain at a stationary level for all observable directions.

A gun rest includes a support assembly adapted to hook over a window sill and brace against a wall of a game blind. A universal joint on the support assembly provides a mount for a gun support to hold a long firearm. In one embodiment, the gun support includes spaced yokes to support, in a stable manner, a forestock and a stock butt enabling the hunter to look through a scope on the firearm without having to continuously grasp the firearm. In other embodiments, a single yoke, camera, spotting scope, binoculars or other device may be attached to the mount. In other embodiments, one or more of the yokes may be vertically adjustable and flexible straps may be affixed to one or more of the yokes to secure the weapon to the gun support.

The present invention is an attachable and detachable video image capture and display instrument that comprises a digital video capture device that can easily be physically connected to a gun scope, spotting scope, telescope, microscope, monocular, binocular or other optical viewing instrument or optical instrument used for viewing or examining an object or scene. It has electronic output to a display device, recording instrument, computing instrumen video projection devise, or data transmission instrument by way of connections of various options including wires, blue tooth, cellular, or other methods of video and audio data transmission. The video data coming into the optical instrument can be viewed while it happens on various display monitors that are physically mounted to the optical instrument, or not physically mounted to the optical instrument. The image capture mode can he black and white, color, 3 dimensional, night vision, thermal vision, and all other imaging modes available in the industry. This device is capable of video output of image data that can be integrated with computer applications that use image technologies with examples including image recognition and motion detection algorithms.

The invention provides a mounting bracket for attachment of various auxiliary optical devices such as daylight-vision optical scopes, night-vision monoculars, etc., to a weapon. A distinctive feature of the mounting bracket is that the bracket, itself, incorporates an optical system for projection of an image of the reticle (or other patterns) without use of additional mounts or external reticle or red-dot devices. Most importantly, the bracket allows use of inexpensive optical devices, e.g., a standard monocular, which can be used as a universal optical device, such as an optical sight, a spotting scope, a goggle, a part of a red-dot aiming system, or the like.

Systems, apparatuses, and methods are described which provide a camera mount system. The camera mount system can include, for example, a first optical element and a second optical element. Incoming light from a scope on a weapon, for example, is partially transmitted and partially reflected by the first optical element. The partially transmitted light passes through an eyepiece to a viewer (e.g., a shooter). The partially reflected light is reflected by the second optical element and is recorded by a recording device (e.g., a camera, a video recorder, an image sensor, etc.). The viewer has direct access to the scope optics, a spotting scope, or binoculars, for example, and the camera and the viewer have access to the same view.

A targeting viewing device is disclosed that couples a laser pointer to a viewing device such as binoculars or a spotting scope. In one embodiment the laser pointer includes a switch to selectively activate a laser beam to project a spot of light on a distant target so as to identify the target from within a group of potential targets to other observers of the targets. The viewing device may include a spotting scope, monocular, binocular or camera.