Abstract: The OculoKinetic Device is used to test an individual to evaluate brain functions and to identify the presence of a traumatic brain injury or disease which manifests itself through abnormal ocular responses to stimuli by using the high-speed tracking of an individual's eye movements, pupil size and reactivity, eye lid position and blink parameters and optionally along with other ocular elements, i.e., eyeball pressure, temperature, blood flow, etc. The eye movement stimulus protocol uses a target that moves in any direction of the two-dimensional plane and may use a color display or geometric shapes. In addition, the stimuli can be used in conjunction with cognitive testing, balance assessment, and other non-eye tests.

Abstract: The OculoKinetic Device is used to test an individual to evaluate brain functions and to identify the presence of a traumatic brain injury or disease which manifests itself through abnormal ocular responses to stimuli by using the high-speed tracking of an individual's eye movements, pupil size and reactivity, eye lid position and blink parameters and optionally along with other ocular elements, i.e., eyeball pressure, temperature, blood flow, etc. The eye movement stimulus protocol uses a target that moves in any direction of the two-dimensional plane and may use a color display or geometric shapes. In addition, the stimuli can be used in conjunction with cognitive testing, balance assessment, and other non-eye tests.

Abstract: an electrical device has a first portion intended for receiving a complementary electrical lamp and a fixed connector intended for receiving power supply wires extended by at least one contact leading into said first portion, the fixed connector including a lock that is only activated when the contacts are correctly inserted in the fixed connector, the first portion, the fixed connector and the lock thereof being moulded simultaneously, the lock being is made up of a slide translatably mobile relative to the fixed connector between a retracted position permitting the insertion of contacts, and a locked position in which a shutter prevents the removal of the contacts. a method for moulding such a device and a mould for producing such a device, are also enclosed.

Abstract: The present disclosure relates to a socket for an electric bulb, formed by a tubular body having two longitudinal cavities for receiving contacts crimped onto cables, said tubular body including lateral clip-fastening elements having lugs for locking into the base of a motor vehicle light or headlight. The disclosure provides that the locking elements are provided with internal shoulders having dimensions and positions configured such as: to be engaged behind a transverse surface of the contact when said contact is correctly mounted and to allow insertion into the base of the light or headlight when the clip-fastening elements are biased; and to prevent the movement of the elements which would allow insertion of the socket when the contact has not been correctly engaged.

Abstract: The invention relates to a hand welding torch (10) provided with a switching device (15), wherein the switching device is formed from a switching element and actuators, wherein the switching element is mounted in such a manner that it can move relatively to the actuators, wherein the actuators can be actuated by means of the switching element, and wherein the switching element can be moved in at least two degrees of freedom.

Abstract: A speaker enclosure includes a first set of walls defining a first box, a second set of walls defining a second box disposed within the first box to define an enclosed compartment between the first set of walls and the second set of walls, an aperture located at least one of the second set of walls defining an opening between the internal volume of the second box and the enclosed compartment, and an alternative density transmission medium affixed to one or more surfaces of the first set of walls and/or the second set of walls in the enclosed compartment.

Abstract: An acoustic impedance matching enclosure is provided having a driver loaded into a chamber buffering the throat/mouth of a closed loop transmission line. Transmission line consists of a termination member, outer and inner enclosure walls, high-density lining and throat/mouth area. Transmission line eliminates internal random standing waves while providing variable-frequency standing waves that through superposition of the waves compensates for mass-acceleration loss of the high-end of the driver output while damping the resonance of the driver. Alternative application of the acoustic impedance matching enclosure is that of compression loading the driver directly into the closed loop transmission line and using an acoustic low pass filter to translate the output into low frequencies only through a port.

Abstract: A flashing identification light adaptor system includes a flashing light adaptor with an adaptor housing which is intended to replace the end cap of a conventional flashlight and includes a colored lens removably attached to the adaptor housing in a covering relationship with a light source, which may be a flasher circuit and lamp connected to an independent switch. The flashing light adaptor can include a housing with a dedicated switch, a strobe light and a flasher circuit housed therein and a battery cell holding sleeve such that a battery cell or cells within the sleeve are used to selectively power the flashing light and/or the conventional flashlight bulb.

Abstract: A flashing identification light adaptor system includes a flashing light adaptor with an adaptor housing which is intended to replace the end cap of a conventional flashlight and includes a colored lens removably attached to the adaptor housing in a covering relationship with a light source, which may be a flasher circuit and lamp connected to an independent switch. An insulated conductor is extended within the flashlight barrel to make contact with the positive battery terminal of the flashlight and includes a remote positive terminal positioned proximate the end cap within the flashlight barrel. The adaptor housing includes a positive connector positioned to be aligned with the remote positive terminal when the adaptor is threadably engaged with the flashlight barrel. A pair of indicia arrows can be provided, one on the adaptor and one on the flashlight barrel, to give a positive indication of alignment of the positive connector and remote positive terminal.

Abstract: A multiple electrode conductivity sensor generates an output to be applied to a special temperature compensation system that responds to a temperature sensor signal indicative of the sample water temperature. The temperature signal selectively operates a memory unit that contains separate water and salt correction values to be used in adjusting the measured conductivity output. The water correction value represents the conductivity of absolutely pure water at the measured temperature, and this value can be subtracted from the measured total conductivity to produce a conductivity value attributable only to salt impurities. The salt correction signal from the memory unit is then used to scale the measured salt conductivity signal at the standard reference temperature of 25.degree. C., thereby achieving a corrected salt conductivity measurement that can be added to a fixed pure water correction signal representative of the conductivity of pure water at that temperature.