Abstract: Described is a wall structure used, for example, in the form of an instrument panel in a motor vehicle interior. The wall structure is embodied in the form of a laminated material consisting of a top layer, a hollow layer and a lower layer. The top layer is oriented towards the interior of the motor vehicle, and the hollow layer is arranged near a ventilation system of the motor vehicle so that a heat energy is removed from the top layer or is supplied thereto using an airflow. Described is also a method for producing the wall structure which allows to air-conditioning the interior of the motor vehicle or control the temperature of the surface layers inside thereof with low energy consumption and in a quick manner.

Abstract: A collapsible reclining chair allowing users to adjust the recline angle according to their desire, and allowing users to use it safely. It comprises a supporting frame consisting of a front and a rear leg frame, a seat tubes, arm tubes a back frame, a feet frame, an armrest pad and a lying pad. The front leg frame and the arm tubes have a fastening device, which is for users to adjust and fix the position of the chair according their desires. A safety device is mounted on the linkage between the rear leg frame and the seat tubes. The safety device is used to fasten and fix the supporting frame, so that the supporting frame will not shift easily due to external force, thus allowing user to use the reclining chair more safely and comfortably.

Abstract: A highchair includes a seat attached to a frame having a first periphery defining a first footprint of the frame. Wheels are attached to the frame adjacent to the first periphery for providing wheeled movement of the frame over a surface. The first periphery of the frame bounds a receiving area underlying the frame within the first footprint of the frame. An arresting fixture is located in the receiving area and has a second periphery defining a second footprint of the arresting fixture within the first footprint of the frame. The arresting fixture is mounted to the frame for movement in reciprocal directions relative to the frame between a first position toward the frame, and a second position away from the frame for engagement with the surface for arresting the frame from wheeled movement over the surface.

Abstract: A head restraint assembly may include a head restraint, a cam, and an arm. The head restraint may be rotatably supported by a seat back and configured to be automatically rotated as the seat back is rotated. The cam may be rotatably coupled to the seat back and include an engagement surface. The arm may include a first portion non-rotatably coupled to the head restraint and a second portion engaged with the cam engagement surface.

Abstract: A synchrotilt chair mechanism and a chair are provided. The synchrotilt chair mechanism is for use on a chair that has a base assembly with an extending pedestal, a seat and a back. The mechanism includes a chassis that is coupled to the pedestal and a seat plate that is coupled to the chassis and to the chair seat. The seat plate can slide relative to the chassis. The mechanism further includes a back support bar that is coupled on one end to the chassis. The support bar extends upwardly from the chassis. A pair of arm supports are further included that can be coupled to the chair. Each arm support extends upwardly adjacent one side of the chair seat. The mechanism further includes a back bracket having a pair of ends that extend adjacent a side of the chair. Each end is pivotally coupled to the adjacent arm support. The back bracket further includes a guide plate that mounts to the chair back and that has at least one guide slot.

Abstract: An adjusting device for rotatable armrest of a child car seat is provided. The adjusting device comprises an armrest support; an armrest pivotally coupled to the armrest support; a button operably disposed in the armrest; and an engaging assembly movably disposed in the armrest between the button and the armrest support and constructed such that the armrest can be locked in position or can be pivotally adjusted with respective to the armrest support by selective alignment between the button and the engaging assembly and a selective engagement/disengagement between the engaging assembly and the armrest support.

Abstract: A dump hopper for a road sweeper includes a dump door, a debris guide chute, and an actuating mechanism for pivoting the dump door and debris chute between travel and dumping positions. The dump door is sandwiched between a hopper and the guide chute in the travel position and seals a debris discharge opening of the hopper. A pair of fluid cylinders are pivotally connected to the dump door and the guide chute and cooperate with cam and cam followers to hold the dump door in sealed relationship to the debris discharge opening until the debris guide chute has been fully deployed.

Abstract: This invention refers to a method for removing a part of concrete construction that comprises a base concrete; a reinforced concrete formed on the base concrete; rebars embedded in the base concrete and upwardly extending through the reinforced concrete; the method comprising the steps of: forming a slit in the reinforced concrete and disconnections at an intermediate of the rebars; applying an expansion force on opposite surfaces of the slit in the reinforced concrete to simultaneously break a boundary plane of the reinforced concrete; and removing the moved portion of the reinforced concrete from the base concrete as a scrap. Also, the present invention provides a flat jack suitable to break boundary planes of the scrap wherein the flat jack comprises two metallic plates joined to each other, and an inlet for introducing into the jack pressurized fluidic material to inflate the jack in order to produce a great expansive force.

Abstract: A tactile and visual indicator is mounted on the hub cap of an axle of a vehicle. The indicator has a deformable face that protrudes away from the hub cap in response to the presence of pressurized air in the space containing the wheel bearings. The position of the deformable face indicates the presence or absence of hub integrity and indication of grease about the wheel bearings.

Abstract: A braking system including a pre-charge with a plurality of pumps disposed in parallel with respect to one another. The pumps can direct pressurized brake fluid to the brakes during a controlled braking maneuver. The pumps operate with offset operating cycles such that a first pump is drawing fluid while a second pump is pushing fluid to the brakes. The invention provides an embodiment having three pumps operated in parallel, wherein the pumps define operating cycles offset 120 degrees from one another. The invention also provides a separate master cylinder reservoir feed circuit to improve response of the system, especially cold weather response.

Abstract: A braking force distribution apparatus for a vehicle includes pressure sensors for detecting the internal pressures of the tires, and wheel speed sensors for detecting the angular speeds of the wheels. The apparatus obtains a dynamic load radius change rate of each tire which corresponds to the deviation of the internal pressure of the tire from a reference pressure, obtains a wheel speed for calculation of a slip value on the basis of the angular speed of the tire and the change rate, and obtains a slip value on the basis of the obtained wheel speed. As a result, EBD control is started at proper timing in accordance with the slip value.

Abstract: An elastic crawler having a crawler body formed of a rubber elastic material into an endless belt so that rollers rotatively move on right and left side regions on an inner surface of the crawler body is provided with a reinforcement provided extending outwardly in a thickness direction of the crawler body in an area of the crawler body extending at least partially under said right and left ends of each of the rollers. The prevents the elastically bendable side regions from being cracked when either of the side regions of the elastic crawler is bent about an axis that extends in a circumferential direction of the crawler.

Abstract: The invention concerns a drawer slide with compensation of synchronous running errors of slide rails (equalize the errors of the relative positions of the slide rails to each other), having on each of the two side of the drawer a rail system, that has a cabinet rail fastened directly or indirectly by a cabinet angle on a cabinet body and is held directly or indirectly linearly movable by a linear bearing by a center rail on a drawer rail, which is connected directly or indirectly by a décor with the drawer; whereby a compensation mechanism is provided that has a compensation lever, that is connected by a pivot bearing directly or indirectly by a cabinet angle or linear bearing or décor with one of the rails, and during its turning at the end of each drawer closing cycle, reaches a positive/form-fitting position with stops, that directly or indirectly are connected by a cabinet angle or linear bearing or décor with the remaining rails and, thus, ensures each drawer closing is automatic, guided and has equalize

Abstract: A printing device is provided, wherein the printing device is configured to print a printing fluid onto a printing medium. The printing device includes a printing fluid reservoir configured to hold a volume of the printing fluid, a print head assembly configured to transfer the printing fluid to the printing medium, wherein the print head assembly is fluidically connected to the printing fluid reservoir, and a printing fluid detector configured to detect a characteristic of the printing fluid. The printing fluid detector includes a first electrode and a second electrode configured to be in contact with the printing fluid, wherein at least one of the first electrode and the second electrode includes an electrically conductive coating disposed over an electrically conductive substrate.

Abstract: A liquid ejecting device includes an ejection pattern storage unit and a read-address shifting unit. In the ejection pattern storage unit, ejection patterns corresponding to grayscale data items, each data item representing a grayscale by using the number of droplets to be delivered to pixel regions, are stored so as to be associated with the pixel regions. In each ejection period of droplets, the read-address shifting unit shifts read addresses to be supplied to the ejection pattern storage unit in response to the deflecting direction of each of ejecting outlets.

Abstract: An ink jet print apparatus having a plurality of double-sided printing modes (e.g., automatic double-sided printing mode and manual double-sided printing mode) produces a sufficient image quality whichever mode is executed. For this purpose, image data to be printed is converted into print image data usable by the printing apparatus in a way that matches a selected one of multiple print medium transport paths. This minimizes a curling problem due to variations in transport processes, image quality variations caused by an ink fixing problem and adverse effects on the printing apparatus and ensures a stable printing whichever transport path is used for printing.

Abstract: A sequence of steps for storing an image at a higher resolution in a rendering stage, and making a conversion of the image to a different asymmetrical print resolution. During the conversion corrections are made to avoid losing “on” pixels located on an eliminated row. In some embodiments, an initial narrowing step may occur along the axis of higher resolution and a final horizontal depletion may occur along a carriage scan axis.

Abstract: A printing method and printing apparatus can print a high-quality image free from any visual graininess by reducing density unevenness and color unevenness. In printing by discharging ink from a printhead onto a printing medium, the printing apparatus executes either one of (A) a first printing operation mode in which one dot layout pattern is assigned to a plurality of pixels at the same gradation level and printing is done on the basis of the assigned dot layout pattern, or (B) a second printing operation mode in which plural types of dot layout patterns are assigned to a plurality of pixels at the same gradation level and printing is done on the basis of the assigned dot layout patterns.

Abstract: An inkjet recording apparatus has a structure in which, when a recording-interruption operation of a recording head such as discharge-recovery processing is performed during an image-forming operation, a recording downtime is measured, and the recording head is heated in accordance with the length of a recording downtime so as to prevent occurrence of differences in optical densities and colors of an image before and after the recording-interruption operation.

Abstract: A detection apparatus includes a light emitter for emitting a detection light, a receiver for receiving the detection light, and a moving device for moving a discharge head in a direction to intersect the optical path of the detection light. When D is the diameter of a beam of the detection light, d is the diameter of the droplets, L is the distance between the discharge nozzles in the direction of movement of the discharge head, and H is the relative distance that the discharge head moves from when a discharge nozzle discharges one droplet to when the discharge nozzle discharges the next droplet, settings are adjusted so as to satisfy the conditions: D/2+d/2?L, and H?D.

Abstract: A printing apparatus comprises an ejection head for selectively ejecting ink droplets of a plurality of sizes to form dots on a printing medium. The printing apparatus is capable of printing a correction pattern on the printing medium, the correction pattern enabling correction of a misalignment between a position at which dots are formed during a forward pass through which the head is moved and a position at which dots are formed during a return pass through which the head is moved, and a spacing in a sub-scanning direction between dots that make up the correction pattern printed by ejecting ink droplets of a certain size from the ejection head is different from a spacing in the sub-scanning direction between dots that make up the correction pattern printed by ejecting ink droplets of a different size from the ejection head.

Abstract: An ink-jet printhead package includes a frame having a first surface and a second surface with a hollow and an ink supply hole, the hollow and the ink supply hole extending through the frame, the ink supply hole providing flow communication between the first surface and the second surface, a groove formed on the second surface of the frame, the groove surrounding the hollow and the ink supply hole, an adhesive coating an interior of the groove, and a printhead chip having a first surface and a second surface, the first surface of the printhead chip having a plurality of nozzles formed thereon and the second surface of the printhead chip being adhered to the frame by the adhesive, the printhead chip being operable to eject ink supplied through the ink supply hole through the plurality of nozzles.

Abstract: Devices and methods are provided for reducing the uncontrolled electrostatic charges that can alter the volume and/or trajectory of a droplet, which is typically ejected through the application of focused acoustic radiation. Also provided are reservoirs and substrates, e.g., well plates formed from a material that is at least partially nonmetallic or polymeric and either has an electrical resistivity of no more than about 1011 ohm-cm, has a surface electrical resistivity of no more than about 1012 ohm/sq, or both.

Abstract: In an inkjet printing apparatus which includes a printhead that discharges ink and an ink tank detachably attached to the printhead, and executes printing by using the printhead that discharges the ink supplied from the ink tank, an ink tank detection section detects the presence/absence of the ink tank. On the basis of the detection result, a control circuit inhibits the cleaning operation of the printhead.

Abstract: A support member (3) forming part of a printhead assembly (1) for an inkjet printer with a plurality of printhead modules (2). The support member (3) has a first component (6) and a second component (5). The first component (6) mounts the printhead assembly (1) within an inkjet printer, and the second component (5) mounts the printhead modules (2). The second component (5) has a coefficient of thermal expansion closer to that of the printhead modules (2) than the first component (6) and the first component is bonded to the second component via intermediate resilient material (7). This allows the first component (6) to be a high strength low cost material such as steel, and the second component (5) can be selected so that the overall coefficient of thermal expansion of the support member is closer to that of the printhead modules. This reduces the difference between the thermal expansion of the printhead modules (2) and the support member (3).

Abstract: After a movable electrode is formed on a sacrificial layer on a fixed electrode, the sacrificial layer is removed to form a space between the fixed electrode and the movable electrode. Thus, simple and accurate manufacture as well as simple integration of, for example, a driving circuit can be achieved.

Abstract: An assembly for depositing material onto a substrate includes a reservoir containing the material. The reservoir also includes a nozzle through which the material is jetted and formed into droplets. The droplets travel through flight paths prior to deposition onto the substrate. The assembly includes a charging ring for inducing an electrical charge to one or more of the droplets and a plurality of deflection plates for controlling the flight paths of the droplets. In addition, the assembly also includes a droplet manipulating device configured to manipulate the droplets at least one of during the flight paths and after deposition of the droplets onto the substrate.

Abstract: A bottom of a buffer tank of an ink-jet recording apparatus is formed to have a substantially stepped structure. Ink contained in an ink cartridge is supplied to a lower step side of the stepped structure through an ink-introducing tube. The outside air is introduced into the ink cartridge through an outside air-introducing tube. The height of ink liquid surface is maintained slightly lower than in an upper step surface section of the buffer tank. The water evaporation from the ink liquid surface is suppressed by decreasing the ink liquid surface area while securing a large space on the upper side of the buffer tank. The lowering speed of the height is increased for a certain amount of the ink consumption, rapidly separating the ink liquid surface from the air-introducing tube to suppress erroneous judgment on the ink remaining amount due to fluctuation of the ink liquid surface.

Abstract: An ink package including: an ink bag including a pair of flexible walls which are opposed to each other and accommodating ink, and an ink delivering portion having a passage through which an interior space and an exterior space of the ink bag are held in communication for delivering the ink in the ink bag to the exterior space; wherein the ink delivering portion includes a fixing portion which is fixed to one of opposite ends of the ink bag, and an extending portion which is formed adjacent to the fixing portion so as to extend therefrom into the interior space of the ink bag, the extending portion having a cross sectional area which gradually decreases in a direction from the above-indicated one of the opposite ends of the ink bag toward the other end thereof.

Abstract: An ink supply system in which gas is promptly and smoothly discharged without having a complex structure. The ink supply system includes a hermetically-sealed structure communicating with a liquid-using section, a liquid accommodating section having a liquid storage adapted to store liquid, the liquid accomodating section including a negative pressure generation means, and a plurality of communication paths, including first and second communication paths, that facilitates communication between the liquid chamber and the liquid accommodating section. Each of the first and second communication paths includes a liquid chamber side opening extending into the liquid chamber and a liquid accommodating section side opening extending into the liquid accommodating section.

Abstract: A liquid accommodating container having a configuration that allows ink to be substantially used up, does not require an increase in size or a complicated construction, and can be fabricated at lower costs. The container includes an ink chamber for holding ink and having an upper air layer. A second chamber is provided in the upper air layer. A partition divides the second chamber into an ink absorber chamber that accommodates an ink absorber and a sub ink chamber for storing a small amount of ink. A third chamber defines a space between the atmosphere and the ink absorber. An upper portion of the sub ink chamber adjacent to the ink chamber is open so as to provide communication between the upper air layer and the atmosphere through the intermediary of the sub ink chamber and the ink absorber chamber in this order. An atmosphere communicating hole is defined. A print head that discharges ink of the ink chamber is provided at the bottom of the container.

Abstract: A recording method including the step of providing an ink from a recording head to a recording medium through a gap provided between the recording head and the recording medium, the ink being supplied to the recording head from an ink tank including an ink contact member and the ink contacting the ink contact member, wherein the ink comprises: (i) a fluorescent coloring material; (ii) a nonionic surfactant; (iii) a compound which is not compatible with (ii); and (iv) a liquid medium for dissolving or dispersing (i), (ii) and (iii), and wherein the ink contact member comprises at least one compound selected from the group consisting of polyacetate and polyolefin.

Abstract: The transferring pressure roll comprises a roll main body and an elastic material layer which covers the surface of the roll main body and comes in contact with a transferring film during pressing and the hardness of the elastic material constituting the elastic material layer is set in a value less than HA40 as measured by the measuring method defined in JIS-K6253.

Abstract: An ink jet recording apparatus having: a recording head having a jet opening for jetting an ink which is cured by an irradiation with light, toward a recording medium; a light source for irradiating an ink jetted on the recording medium with light, a maintenance unit for performing a maintenance operation to the recording head; a suction cap member to suction an ink from the jet opening or near the jet opening; a wipe member to wipe an ink in the jet opening or near the jet opening; a control section for controlling the light source to turn on or off, wherein the control section controls the light source to have a light quantity of ½ or less of that at a time of an image recording, in a maintenance operation performed by at least one of the wipe member and the suction cap member.

Abstract: An apparatus and a method for duplex printing are disclosed. The apparatus includes a print zone where printing is performed and a duplex module configured to change the orientation of the media sheet. The duplex module is positioned so as to receive the media sheet from the print zone, trailing edge first. The method includes feeding a media sheet to the print zone and printing swaths of ink dots on a first side of the media sheet. Black ink density is calculated for each swath containing black ink dots. The highest black ink density is then determined. The media sheet is stopped from advancing after the last swath has been printed on the first side. The first side is allowed to dry for a drying period, which is based on the highest black ink density. After the drying period has elapsed, the media sheet is moved in the reverse direction from the print zone to the duplex module to change the orientation of the media sheet to an orientation suitable for printing on a second side.

Abstract: A multiple piece temple tip for eyeglasses in which the eyeglasses have a right temple bar and a left temple bar pivotally attached to an eyeglasses frame body. The temple tip includes a temple tip body having a first and second end and a longitudinal channel extending therethrough and at least one temple stop having a longitudinal channel extending therethrough. The temple tip body and stop are formed from a pliable material. The multiple piece temple tip further includes a plurality of rib portions positioned at the second end of the tip body, wherein each rib portion is separated by an area of a reduced diameter of the tip body.

Abstract: A system and method of displaying performance information on athletic eyewear. A display is formed and attached to or embedded in one or more lens of an article of athletic eyewear. The display is then activated to display the performance information.

Abstract: Brightness of optical equipment can be adjusted as required. An illumination optical system includes a light source, a lens array composed of a plurality of lenses for splitting light emitted from the light source into a plurality of sub-beams, and a polarization conversion element for adjusting the light polarization directions. The illumination optical system further includes a light shielding member between the lens array and the polarization conversion element to adjust the quantity of incident light on polarization splitting films provided in the polarization conversion element.

Abstract: An illumination apparatus comprises a small-plane light source having diffusion radiation characteristics, a columnar light leading member, having an incident end surface, an outgoing radiation end surface and a reflection surface, configured to reflect on the reflection surface at least a part of a light ray from the small-plane light source collected from the incident end surface, thereby leading the light to the outgoing radiation end surface, and an angle position converting member configured to convert an outgoing light angle intensity of the outgoing light from the outgoing radiation end surface of the columnar light leading member into a position intensity in a predetermined irradiation area.

Abstract: In a projection type video display apparatus comprising means for circularly scrolling and irradiating irradiated light in a direction perpendicular to the line direction on a hold-type display panel, a projection type video display apparatus comprises means for varying overdrive in conformity with the timing of irradiation of the irradiated light.

Abstract: A projector for enlarging and projecting the display image on a light valve onto a screen is provided with: an infrared photodetector for photodetecting infrared light that is emitted by an electronic pen that is manipulated on the screen and that is provided with an infrared light emission device and ultrasonic generator; at least two ultrasonic receivers for detecting ultrasonic waves that are emitted by the electronic pen; means for measuring the distance to a screen; and means for supplying coordinate data in which the position of the electronic pen on the screen, which has been calculated based on output of the infrared photodetector, output of the ultrasonic generator, and output of the means for measuring the distance to the screen, has been normalized by the length of a side of a projected rectangular image that has been enlarged and projected.

Abstract: An elevator assembly for use with a projection device is provided. In one embodiment, the elevator assembly may include a foot extension configured to contact a reference surface, and a substantially planar one-piece bracket configured to support the foot extension and slidibly couple the foot extension with a housing of the projection device, wherein the bracket enables the foot extension to extend and refract relative to the housing of the projection device. In some embodiments, the bracket may be configured to slidably couple the foot extension with the housing via a snap fit connection.

Abstract: A color separation device according to the present invention comprises a first color separation member having a first polarization direction changing element and a second polarization direction changing element, and a first polarization separation element, and a second color separation member having a second polarization separation element. The first color separation member may be configured from a color separation function element and a polarization direction changing element.

Abstract: A projection display apparatus for expanding and projecting an image, which is formed by an optical modulator, using a projection lens. A light source illuminates the optical modulator. A first lens array divides light emitted from the light source into a plurality of partial luminous fluxes. A second lens array superimposes the plurality of partial luminous fluxes emitted from the first lens array onto the optical modulator. A diaphragm mechanism is disposed between the light source and the optical modulator, and controls an amount of light from the light source. A traveling direction of the light emitted from the light source is defined as a Z-axis, a direction perpendicular to the Z-axis is defined as an X-axis, and a direction perpendicular to a plane formed by the Z-axis and the X-axis is defined as a Y-axis. An area of an opening of the diaphragm mechanism changes in a direction of the X-axis or the Y-axis.

Abstract: A projector capable of obtaining a smooth motion picture display of high quality without significantly reducing the utilization efficiency of light includes a light source device, a first lens array, a second lens array, a superimposing lens, a liquid crystal display device, and a projective optical system. The superimposing lens includes an anamorphic optical system to shape illumination luminous fluxes from the second lens array into illumination luminous fluxes having a cross-sectional shape that illuminates all the image formation regions of the liquid crystal display device in one direction along an X-axis direction, and a part of the image formation regions in the other direction along a Y-axis direction. The projector further includes a scanning device to scan the illumination luminous fluxes shaped by the superimposing lens in synchronism with a field frequency of the liquid crystal display device along the other direction on the image formation region.

Abstract: A lens apparatus includes a lens unit comprising at least one lens, a holding member disposed at a side surface of the lens unit, a ring-like member disposed between the lens unit and the holding member. In the lens apparatus a fixing agent is surrounded by the lens unit, the holding member, and the ring-like member.

Abstract: A retroreflective article 10 has a body portion 14 and a multitude of cube-corner elements 12 that project from a rear side 20 of the body portion 14. The body portion 14 includes a body layer 18 that contains a light-transmissible polymeric material having an elastic modulus less than 7×108 pascals. The cube-corner elements 12 contain a light transmissible polymeric material having an elastic modulus greater than 16×108 pascals. A retroreflective article of this construction can be highly flexed while maintaining good retroreflective performance.

Abstract: A micro mirror structure having an increased driving angle while being driven in high speed. The micro mirror includes a rotatable mirror section that reflects light, a pair of spring sections for supporting the mirror section and serving as a rotational axis for the mirror section when the mirror section is rotationally driven, an oval adjoining section for connecting the mirror section and the pair of spring sections, and a driving section including mobile combs arranged on the adjoining section. A fixed comb is provided above and/or below the mobile combs to correspond to the mobile combs to generate electrostatic force. According to the present invention, by existence of the oval adjoining section, moment can be increased without largely increasing rotational inertia moment. Therefore, a high-speed optical scanner with an increased driving angle can be provided, which is required for a high-resolution laser TV.

Abstract: A light dimming dot pattern is provided for an LCD in which the diameter of dots is changed in a range from approximately 0.16 mm to approximately 0.65 mm depending on the distance of the dots from a fluorescent tube (13) in such a manner that the volume of the shielded light is increased and decreased at a location close to a position overlying the fluorescent tube (13) and at a location remote from the fluorescent tube (13), respectively. In this manner, a light dimming dot pattern with a transmittance for all light rays of approximately 62% (roughly in the vicinity of 62%), higher than the transmittance for all light rays in the conventional technique not higher than 50%, is produced. Consequently, the light of uniform high luminance may be produced without raising the luminance of the fluorescent tube (13), and hence an LCD of high luminance may be realized.

Abstract: A key holder apparatus is provided with a battery powered light source. When shaken, a flashing light is emitted for a preset time interval. This enables a user to readily find her keys when they are within a cluttered purse. The light source is in a housing in the form of a dice with six transparent sides to enhance the chances of light being seen in a crowded purse. The light source is preferably one or more light emitting diodes for low power and compactness considerations. A vibration switch in the circuit is not actuated by minor movement such as caused by usual purse motion to the device or when swinging in an automobile ignition.