Abstract: A portable magnification stand includes an upper planar lens unit that holds a lens for magnifying objects. Swingable extensions to the upper planar lens unit shaped as trapezoidal planar materials can be used in lieu of adjustable arms to provide the appropriate magnification in a more compact and lighter weight design. These extensions are longer in the front portion of the stand compared with the back portion of the stand causing the magnification of objects to appear greater near the front portion of the upper planar lens unit compared with objects near the near the back portion of the upper planar lens unit.

Abstract: A magnifying glass having a frame with gripping means, the frame forming the periphery of a magnifying glass formed of a clear plastic polycarbonate, the frame having an attachment member for attachment of a biased, retractable, flexible cord, which flexible, retractable cord is biasly secured to and stored within a mount member, the mount member affixable to any flat surface, the mount member having a securing member for securing the magnifying glass to the mount when not in use, the magnifying glass selectively removable from the mount member and transportable for a distance equal to the length of the flexible, retractable cord stored in the mount member, the return of the magnifying glass to the mount member, causing slack in the flexible, retractable cord, such that it is rewound or retracted within the mount member.

Abstract: A lens for use with a display panel configured to emit light and display images is provided. The lens has a light-emitting surface and a plurality of enhancement portions. A first enhancement portion is configured to physically correspond to a first image displayed on the display screen. The first enhancement portion is further configured to collect at least a portion of the light emitted by the display screen and emit the light through the light-emitting surface of the lens. A second enhancement portion is configured to physically correspond to a second image displayed on the display screen.

Abstract: A magnifying assembly for use in enlarging information disposed on a container. In a preferred embodiment, the magnifying assembly comprises a container holder assembly for holding the container; and a magnifying lens coupled to the container holder assembly, wherein the magnifying lens is movable towards and away from the container while the container remains held by the container holder assembly; whereby information disposed on the container appears enlarged when viewed through the magnifying lens.

Abstract: A lens device includes a control unit, an objective lens, an image sensor, a light source, a detecting unit, and a tube assembly. The tube assembly includes a guide barrel, an outer tube, and a lens holder. The guide barrel is disposed on the control unit and confines a barrel hole that extends along a barrel axis. The outer tube includes a tube body that is rotatably sleeved on the guide barrel, and a guiding portion. The lens holder includes a holder body having a set of projections driven by the guiding portion. The image sensor is electrically coupled to the control unit. The objective lens is optically aligned with the image sensor. The light source is coupled electrically to the control unit. The detecting unit generates a detector output indicating angular orientation of the outer tube. The control unit is responsive to the detector output to control intensity of light outputted by the light source.

Abstract: Method and apparatus for magnifying and illuminating reading materials through the use of a plurality of magnifying lens which are adjustably placed on posts which are movable above the surface of the reading materials which materials are supported on a desk top or reading platform which is placed on the upper surface of a supporting base. The magnifying lens are supported by a series of manually and motor-driven posts which are placed on horizontal and vertical posts so that they can be moved above the surface of the reading material in an appropriate unique position which is adjustable to the requirements of the eye of the user, which user is suffering from muscular degeneration of the retina. The lens are moved by a series of screw drives which are housed in the vertical and horizontal posts. Means for lighting is adjustably supported on an arm placed above the lens so that light from the lamp can shine through the lens and onto the surface of the reading materials.

Abstract: An image magnifying device for portable multimedia player includes a connection mechanism having an insertion slot formed on one side thereof; a supporting unit including a base defining a central opening corresponding to the insertion slot for setting around the insertion slot on the connection mechanism, and two supporting arms movably connected at lower ends to two lateral sides of the base; and a magnifying unit including a frame being movably connected at two lateral sides to upper ends of the two supporting arms, and a magnifier fixed in the frame. When a portable multimedia player is inserted in the insertion slot, image shown on a display screen of the portable multimedia player is magnified by the magnifier located in front of the display screen, allowing a user to clearly view the magnified image.

Abstract: A wireless communication device, preferably in the form of a telephone having a housing and an information display screen for displaying information associated with at least wireless communications, wherein the information display screen is positioned on a surface of the housing. A magnifying lens is mounted in a first position with respect to the information display screen for magnifying information displayed on the information display screen. A user can adjust the magnifying lens to a second position that is distally located from the information display screen for magnifying objects distally located from the wireless communication device.

Abstract: A magnification device for a display screen of an electronic device that can be selectively sized to fit directly thereon. The magnification device is of a thin, flexible synthetic resin sheet having distributed magnification and static adhesion properties that can easily be cut to size to fit the display screen venue to be magnified.

Abstract: An optical device for providing prescription correction to a mirror so that a person who normally wears prescription glasses may clearly see, and also have unobstructed access to, their face in order to apply makeup. A magnifying lens in the form of an eyeglass blank of an appropriate corrective power is removably attached to the mirror by means of a suction cup and a hook element. The magnifying lens has a hole joining its two refracting surfaces. One end of the hook element fits through the hole and the other end of the hook element is attached to the suction cup. The lens situated in close proximity to the mirror provides a user who normally wears prescription eyeglasses with the appropriate corrective power to enable them to clearly see their face while providing good working room for them to perform tasks such as applying their makeup.

Abstract: A writing instrument with a plurality of usable portions thereon is provided. The writing instrument utilizes a standard writing instrument but incorporates a magnifying portion to the writing instrument. Additionally, the writing instrument also incorporates a magnifying portion in a central location on the writing instrument and also a lighting instrument on a portion of the writing instrument to illuminate the intended document to be examined. The invention may comprise a plurality of parts including the magnifying portion, the writing portion and the lighting portion wherein these portions may be located on different areas of the writing instrument.

Abstract: A magnifier for greatly assisting in enlarging print to make it readable to a viewer. The magnifier having a base comprising welded aluminum. The magnifier housing being adjustable to provide the lens and reading material to be properly aligned for viewing.

Abstract: Disclosed are image expanding lenses, display devices, and electronic devices incorporating the disclosed image expanding lenses. In accordance with a disclosed image expanding lens, the image viewed by the user is larger than the active area of the LCD panel underneath the lens, so that the border around, for example, the LCD display is hidden from viewing. The image expanding lenses may include a non-uniform transparent substrate, having for example, a wedge shape that may be the top surface of the display. The substrate in combination with prismatic films may bend the light output from an array of pixels so that the image hides the border of the display device. In this way, an electronic device can render an edgeless image to a viewer since the image of the electronic device is projected beyond an edge of the display device of the host electronic device.

Abstract: A magnifying glass for magnifying a portable electronic device (e.g., PDA, or mobile phone) held by the hand is disclosed. In one embodiment the magnifying glass includes a spring-biased clamp adapted to fasten the thumb of either hand and having an extension; a light pivotably releasably secured to the extension; a pivotal member having one end pivotably secured to the extension; a hinge pivotably secured to the other end of the pivotal member; and two lenses each secured to the hinge. The number of lens is one with an elimination of the hinge and is pivotable clockwise or counterclockwise relative to the pivotal member in another embodiment. The single lens is slidable in a further embodiment.

Abstract: A mobile device having a digital camera and an assembling method for a ring is disclosed. The mobile device includes a housing, a digital camera module and the ring, wherein the housing has a through hole which a notch is formed therein. The digital camera module has an arm. The ring is disposed in the through hole. Besides, one side of the ring includes an extended part which is located on the notch and forms a dynamic relationship with the arm.

Abstract: The invention provides a mechanical viewing structure or theater for viewing small screens associated with personal electronic devices. The viewing structure is made of four semi-rigid trapezoid shaped walls joined together to form a hollow trapezoidal viewing structure that optionally is collapsible. The viewing structure has a larger opening that is fitted with a magnifying screen and a smaller opening adapted to be placed above the screen of the personal electronic device and magnify that image for the viewer. The invention also includes a projector that may be releasably attached to the viewing structure to allow an image present on the personal electronic device to be projected onto a remote surface, such as a wall or ceiling.

Abstract: System, methods, and devices are described for eye self-exam. In particular, optomechanical and digital ocular sensor reader systems are provided. The optomechanical system provides a device for viewing an ocular sensor implanted in one eye with the other eye. The digital ocular sensor system is a digital camera system for capturing an image of an eye, including an image of a sensor implanted in the eye.

Abstract: The object of this invention is to provide a magnifying attachment to be attached to a camera by which a high magnification image can be obtained without appearing a part having no image in the image. The magnifying attachment has a magnifying objective lens (21A), a field lens (21B) for converting a light passed through the objective lens (21A) into collimated light, and a converging lens (21C) for focusing the collimated light on a camera lens (42). Light passed through the converging lens (21C) is converged on a pupil (42X) of the camera lens (42) with a solid angle exceeding the view angle of the camera lens (42).

Abstract: An LED-assisted magnifying device having a generally circularly-shaped array of LEDs adapted to provide a uniform pattern of visible illumination below a magnifying lens. An ultraviolet LED is provided as an alternate, optional light source to the generally circularly-shaped array of LEDs. A darkfield illuminator may be advantageously employed with the LED-assisted magnifying device when gemstones are being inspected.

Abstract: An adjustable optical device for a computer monitor having an optical surface such as a magnifying lens or glare filter, and a pair of upper and lower arms. The upper arms retain the optical device to the monitor by having a rearwardly extending portion that rest on top of the monitor and downwardly extending ends that extend behind the back of the monitor. The lower arms swivel horizontally around a vertical axis. The lower arms have ends which rest against a front surface of the monitor. The vertical position of the lower arms is adjustable by sliding a portion of the arms into a retainer and securing the position therein by fastening a tightening knob. The space between the magnifier and the monitor and the angle of the monitor relative to the screen are adjusted by swiveling the lower arms.

Abstract: This present invention discloses a desk lamp with a separable magnifier, which comprises a magnifier component and a desk lamp holder. Around the lens of the magnifier component, a plurality of illumination lamps is arranged for illumination. When the power storage module of the magnifier is exhausted, the handle of the magnifier can be inserted into the slot of the receptacle to charge. When the desk lamp is put into use, the magnifier component is combined with the receptacle as a desk lamp. The whole assembly is convenient.

Abstract: A magnifying glass has a size essentially equal to the size of a display panel of a cell phone or other digital device. A coupling assembly has an interior. The interior is adapted to be coupled with respect to a cell phone. The coupling assembly has an exterior. The exterior is coupled to the magnifying glass. In this manner the cell phone is coupled to the magnifying glass during the movement of the magnifying glass with respect to a display panel of a cell phone.

Abstract: A pocket sized reading device having a built in illuminating element that automatically turns on and off as the device is opened and closed. The device comprises a two piece plastic frame and a lens held within the frame.

Abstract: A portable magnifier has a support member having a support surface for removably supporting a portable electronic device having a display. A holder has a pair of holding portions and is connected to the support member for undergoing pivotal movement relative to the support surface of the support member. An optical element is mounted on the holding portions of the holder for undergoing sliding movement therealong. The optical element is also detachably pivotally connectable to the holding portions at preselected positions therealong to define a viewing state in which the optical element can be manually pivoted to a desired viewing position so that a user of the portable magnifier can view through the optical element a magnified version of information displayed on a display of the portable electronic device supported by the support surface of the support member.

Abstract: The present invention is an engraved gemstone viewer for viewing a flat, smooth surface of a gemstone that has been micro or nano etched with an inscription such as an identification number. The gemstone is mounted on a piece of jewelry or can remain unmounted when placed inside or otherwise received by the viewer. A source of light directs a light beam toward a magnifying lens coated with a reflection enhancing coating. The lens reflects the light beam along a path incident to the surface of the gemstone containing the inscription. The smooth flat gemstone surface spectrally reflects the light beam along a path back toward the magnifying lens, which produces a viewable light image that reveals the inscription. The inscription is shown as a dark or lightless region of the light image.

Abstract: A magnification apparatus that includes a foldable base, battery-powered lighting and an attached magnification sheet which can positioned over a book placed on top of the foldable base. The base has a left backing and a right backing which are connected to one another via a rubber hinge. The magnification sheet is connected to the top end of the base by a flexible bar and is capable of being placed over and above a book that is placed on top of the base for reading purposes. Both the left backing and right backing have separate light compartments that will provide lighting when the magnification apparatus is in use, with each of these lighting compartments being battery-powered through a separate battery compartment. Also, each of the backings has a set of teeth designed to prevent a book or other reading object from slipping off of the backings, with the teeth also interlocking to allow the left backing and right backing to be folded against one another.

Abstract: A variety of applications of the integration of lenses and lens arrays into other materials such as packaging and clothing so as to enhance the appearance of objects such as merchandise and people are disclosed.

Abstract: A portable magnification stand includes a lower inner plane area surrounded by and held in place by a lower coplanar support material. A back pair of adjustable arms and a front pair of adjustable arms are mounted to the lower planar base unit and an upper planar lens unit that holds a lens for magnifying objects. The back pair of adjustable arms are longer than the front pair of adjustable arms causing the magnification of objects to appear greater near the front portion of the upper planar lens unit compared with objects near the near the back portion of the upper planar lens unit. Swingable extensions shaped as trapezoidal planar materials can be used in lieu of the adjustable arms to provide the appropriate magnification in a more compact and lighter weight design.

Abstract: A magnifying assembly, the magnifying assembly comprising a housing comprising a frame to which a magnifying lens is secured; and a battery compartment; a cover assembly slidable along the housing; wherein the cover is slidable relative to the housing in a first direction so as to cover at least part of the magnifying lens and slidable relative to the housing in a second direction so as to expose the magnifying lens; and wherein the distance between the battery compartment relative to the magnifying lens remains the same regardless of whether the cover slides relative to the housing in the first direction so as to cover at least part of the magnifying lens or slides relative to the housing in the second direction so as to expose the magnifying lens.

Abstract: A magnifying assembly comprising a housing; a magnifying lens coupled to the housing; and a cover slidable along the housing; wherein the cover is slidable relative to the housing in a first direction so as to cover at least part of the magnifying lens and slidable relative to the housing in a second direction so as to expose the magnifying lens. Preferably, the housing comprises a frame within which the magnifying lens is secured, and a battery compartment; wherein the frame and battery compartment are integrally formed.

Abstract: A magnifying assembly comprising a housing; a magnifying lens coupled to the housing; and a cover slidable along the housing; wherein the cover is slidable relative to the housing in a first direction so as to cover at least part of the magnifying lens and slidable relative to the housing in a second direction so as to expose the magnifying lens. Preferably, the housing comprises a frame within which the magnifying lens is secured, and a battery compartment; wherein the frame and battery compartment are integrally formed.

Abstract: The invention relates to a magnifying optical device in the form of an illuminated magnifing glass which comprises at least one handle element and one lighting device for lighting the object to be examined and a sensor device. The sensor device provided for switching on the lighting element is directed towards a support supporting the illuminated magnifying glass.

Abstract: An operating room magnifier is adapted to utilize an operating room light source and may be sterilized to allow use on a sterile field. The magnifier comprises a base, a neck, and a lens frame. The lens frame holds a lens and receives a light connected to the light source, providing a light beam to an object held under the magnifying glass. The light source may be a known fiber optics light source commonly used in operating rooms, or a special dedicated light source. The magnifier is particularly useful in identifying microsurgical instruments.

Abstract: A magnifying assembly for use in enlarging information disposed on a container. In a preferred embodiment, the magnifying assembly comprises a container holder assembly for holding the container; and a magnifying lens coupled to the container holder assembly, wherein the magnifying lens is movable towards and away from the container while the container remains held by the container holder assembly; whereby information disposed on the container appears enlarged when viewed through the magnifying lens.

Abstract: A product label reading aid is described suitable for placement extending from a shelf such as may be found in the grocery store, pharmacy, or other retail outlet. The aid comprises a surface with an opening, a Fresnel lens covering the opening, means for attaching the aid to a shelf, and means for holding changeable advertising and/or informational placards, and/or coupons.

Abstract: Disclosed is a magnification assembly configured to assist users of portable devices in reading user interface features such as a display or a keypad. Versions of the magnification assembly include a retainer having an attachment surface and an aperture, wherein the retainer is operably configured to receive a magnifying member. The retainer may be adhesively coupled to the portable device with the attachment surface.

Abstract: A device (5) for viewing a display screen (2), including a large-area visual medium (1) that can be placed in front of the display screen (2), characterised in that the visual medium (2) has a focal length f of at least 615 mm. The visual medium (2) is preferably a large-area lens (1) that is optimised for viewing an entire display screen (2) with both eyes (4).

Abstract: A card-shaped pocket magnifier device includes a magnifying lens having a pair of opposite optical surfaces. A housing disposed in a recess in the lens, or within a card-shaped envelope of the device, encloses LEDs, a battery and a switch connected by an electrical circuit. The LEDs direct light both edgewise into the lens, for illuminating the lens itself, and away from the lens to illuminate the field of view.

Abstract: An apparatus and method for improving local illumination by a personal care implement, such as tweezers, tongs, pinchers and the like. The apparatus includes a first arm terminating at one end in a first gripping edge; a second arm, coupled to and biased away from said first arm, terminating at one end in a second gripping edge springingly engaging with said first gripping edge; an illumination system directing illumination into a field-of-view in an “ON” mode and said illumination system including an “OFF” mode in which said illumination system is inactive; a magnification system including a lens having a focus; and an illumination boom, coupled to said arms, for positioning said lens and a light source of said illumination system between a stowed position and an operating position, said stowed position engaging said OFF mode and said operating position including a stop to configure said boom and engage said ON mode to include said gripping edges within said field-of-view and at said focus.

Abstract: A ring device is adapted for wearing on at least one finger of a user. The ring device includes a wearable main body portion and an optical member that is moveably affixed thereto. The optical member can be positioned in at least two positions: a viewing position, and a storage position. The optical member may be moved relative to the main body portion through a number of positioning mechanisms including: a hinged member, a sliding member, and a rotating member. The viewing position may include any number positions for viewing an object in a field of view. The storage position corresponds to an alignment of the optical member with the main body such that the device is aesthetically pleasing. A face of the main body may include an insignia or other decorative design that is viewable through the optical member, and may optionally be removable by the user.

Abstract: A display magnifier for digital cameras is removably mounted to a camera using a screw tightened into a standard threaded tripod hole under the camera. A photographer views the display through the magnifier. When it is not in use, the magnifier can be folded for saving storage space and ease in carrying. The magnifier will not only magnify but also brighten since the magnifying lens will collect more light than the naked eye. Additionally, the screw may have a threaded hole in its head to allow the tripod screw to mate with it.

Abstract: A magnifying screen includes a frame with a length to width ratio that is smaller than that of a page and has a hollow opening covering a major portion of a surface thereof. A tassel is coupled to a top ledge of the frame and protrudes beyond a top edge of the literary article. An optical implement is attached to the frame and is adjoined along the page. A sleeve in is communication with the frame and is positioned along a longitudinal length of the frame. The sleeve has top and bottom surfaces provided with an opening traversing across a longitudinal axis thereof. The openings have a longitudinal length extending along the entire width of the frame. A locking mechanism and an illuminating mechanism are included. The illuminating mechanism is coupled to the frame and travels along a perimeter of the openings.

Abstract: A portable device includes a body including an L-shaped first member including a battery compartment, and a second member hingedly coupled to rear of the first member, the second member including a projection adapted to secure to an AV player, and a well for receiving a plug; a speaker assembly in the first member; a cable interconnected the speaker assembly and the plug, and a magnifying lens mounted on an opening of the first member and having an elevation substantially the same as a screen of the AV player. The plug is adapted to pull out of the well to electrically connect to the AV player. The magnifying lens is adapted to magnify images shown on the screen by 140% to 150% when a distance between the magnifying lens and the AV player is in the range of 40 mm to 50 mm with a TV-distortion less than 1%.

Abstract: A magnifying apparatus removably attached to a menu, check wallet, billfold, wine list, and the like. The magnifying apparatus includes illumination means to illuminate an area viewed using the magnifying apparatus. The magnifying element may be a fresnel lens. The fresnel lens preferably has a power of 2-4 times. However, a magnification of up to 9 times or more can be used. The magnifying element may also be a standard lens preferably having a high index of refraction. It is preferable to have a high index of refraction to minimize the thickness of the lens. The standard lens or the fresnel lens is plastic, glass, polycarbon, or the like. Electronic magnification and display means may also be used.

Abstract: Clear Vieu is a magnifying sheet with an adhesive layer that is dimensioned to fit on a variety of display screens for computers, cell phones, personal digital assistants, game boys, blackberries and a variety of other electronic equipment. The preferred embodiment of the invention utilizes a thin, transparent plastic sheet with magnifying capabilities that has an adhesive layer with a backing to permit it to be easily attached to a display screen. To use the preferred embodiment of Clear Vieu, an individual would measure the display screen in need of magnification and purchase an appropriately sized plastic sheet. The user would remove the backing on the plastic sheet to reveal the adhesive layer. The adhesive layer side of the plastic sheet would be applied to the designated display screen and would be firmly pressed against it. The magnifying capabilities of the plastic sheet would then permit the user to more easily see the characters on the display screen underneath the plastic sheet.

Abstract: A magnifier for viewing a display of a device that is external to the magnifier, the magnifier is formed having an optical magnifying lens of a type that is structured for optically magnifying an external view that is optically visible there through, and includes mechanical structure that is configured for securing the magnifying lens to an electronic device having an optically viewable display with the magnifying lens arranged in a magnified focused viewing relationship with the display.

Abstract: A magnification apparatus having a magnifier and mechanical structure that is configured for securing the magnifier intermediately between a universally positionable mounting apparatus and a bracket of a type configured for holding an electronic device using fasteners that couple the bracket with the mounting apparatus, without compromising the security of the connection therebetween.

Abstract: A machine for magnifying a check with a freshnel lens, a front cover and back cover hingably connected, to hold a credit card bill or restaurant check, to hold a credit card, to hold a writing utensil, and to illuminate the credit card bill or restaurant check.

Abstract: The device consists in compensating for the distortion of the characters marked on the dial caused by a lens, by writing the characters with a reverse pin cushion or barrel distortion.

Abstract: An integral screen magnifier for the display of a portable electronic device. The magnifier either is the display of a faceplate of the device or is integrally connected to the faceplate. The screen magnifier is arranged to provide effective magnification of text and graphics visible on the device without detractions from the overall shape or appearance of the device. The screen magnifier being integrated with the faceplate of the portable electronic device. Either the screen magnifier and the faceplate are one inseparable unit or the screen magnifier is separable from the faceplate.