Kaplan, OH
Arthur Lewis Kaplan, Beachwood, OH US
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20120126988 | Ionizing radiation detector - This invention is an ionizing radiation detector, disclosed to include a sensor of ionizing radiation, an electric current amplifier, a radiation level readout device, and a piezoelectric device.. This readout device could be, but not limited to, a meter, a sound-producing device, or light emitting diodes (LEDs). The ionizing radiation sensor produces an electric current in the sensor. This current is amplified by the amplifier. The amplified current is sent to the readout device, which indicates the level of the ionizing radiation dose rate. The piezoelectric device produces a sound when the ionizing radiation level exceeds a preset level. The existing prototypes utilize a photodiode as the sensor, an electric current amplifier, LEDs as the readout, and the piezoelectric device. | 05-24-2012 |
David R. Kaplan, Shaker Heights, OH US
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20130142761 | Method of Enhancing Hematopoietic Cell Transplantation - The invention relates to a method for enhancing the transplantation of hematopoietic cells to supplement or fully reconstitute the hematopoietic system. The method involves administering cells expressing CD34 and co-expressing HoxB4, wherein the HoxB4 is expressed at levels that provide therapeutically effective amounts of self-renewal of the administered cells. The method also involves administering cells expressing CD34 but not co-expressing HoxB4 or co-expressing HoxB4 in amounts so as to provide therapeutically effective amounts of differentiation of the administered cells into the various progeny cells of the hematopoietic system. To provide such cells to a subject, the invention relates to detecting such cells prior to treatment to ascertain whether such cells are present in clinically relevant amounts. | 06-06-2013 |
20140004085 | Method of Enhancing Hematopoietic Cell Transplantation | 01-02-2014 |
20140005062 | Method to Assess Patterns of Molecular Expression | 01-02-2014 |
Richard Kaplan, Richmond Heights, OH US
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20090043221 | APPARATUS AND METHOD FOR HIGH-SPEED DETERMINATION OF BIOELECTRIC ELECTRODE IMPEDANCES - Apparatuses and methods are provided for determining electrode impedances of a bioelectric signal-monitoring/recording system that includes an amplifier, and electrodes connected between a subject and the amplifier. An example apparatus includes: a voltage source outputting a voltage signal; a switching arrangement including an input electrically connected with the voltage source for receiving the voltage signal, an output electrically connected with the amplifier and the electrodes, and switches between the input and the output; and a controller in communication with the switches for opening and closing the switches to establish signal paths between the voltage source and the output, the controller calculating the electrode impedances relative to voltage outputs of the amplifier for each signal path. | 02-12-2009 |
Richard F. Kaplan, Euclid, OH US
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20110175722 | WIRELESS DEVICE INVENTORY SCANNER - The invention relates to an apparatus that Alerts a user that one or more Wireless-Capable Devices are not present at the time of a Triggering Event. The presence or non-presence of the Wireless-Capable Devices is determined by Wireless Detection of the Wireless-Capable Devices by the present invention. | 07-21-2011 |
Richard Frederic Kaplan, Lakewood, OH US
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20100094103 | AUTOMATED TREATMENT SYSTEM FOR SLEEP - Automated behavioral methods and systems for treating Insomnia that use passive means for determining wake/sleep states. | 04-15-2010 |
Steven E. Kaplan, Elyria, OH US
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20090173023 | CABLE AND OVERLAY MOLDINGS - A cable molding primarily intended to be installed on a wall structure of a common hallway of a multiple dwelling unit below pre-existing molding, and an overlay molding attachable to the cable molding to conceal both the cable molding and the pre-existing molding. The overlay molding includes a panel member having upper and lower edges and a flange extending rearwardly from the panel member intermediate the upper and lower edges. The flange defines with a lower portion of the panel member a lower channel shaped for attachment to the cable member, and defines with an upper portion of the panel member an upper channel for receiving pre-existing molding. | 07-09-2009 |
20100147579 | EXTERIOR RACEWAY SYSTEM FOR CABLES - Exterior raceway system includes one or more elongated base members and associated cover members for concealing and protecting one or more cables against the weather when mounted on an exterior wall structure of a building. The cover members are removably attachable to the base members to facilitate mounting of the base members to the exterior wall structure and the attachment of one or more cables to the base member prior to attaching the cover members to the respective base members. | 06-17-2010 |
20120033802 | TELECOMMUNICATIONS MOUNTING CASE - Telecommunications mounting case includes an enclosure containing a mounting plate having a grid pattern of horizontal and vertical slots or grooves extending partway through the mounting plate. The slots or grooves have a substantially uniform spacing therebetween in increments of the spacing between screw mounts on respective vertical and horizontal telecommunications devices mountable within the case. Each of the slots or grooves has substantially uniformly spaced apart side walls with a spacing therebetween that is somewhat less than the thread diameters of a range of different sized mounting screws used to attach the telecommunications devices to the mounting plate to enable the mounting screws to bite into the side walls when started by hand. | 02-09-2012 |
Yelena N. Kaplan, Columbus, OH US
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20090317755 | Hot Surface Igniter Adaptive Control Method - An adaptive gaseous fuel ignition control method for use in consumer and commercial appliances that reduces stress on and increases the life of a hot surface igniter without resulting in a failure to ignite condition is provided. The method provides a preheating period, a full temperature period, and a trial for ignition period. The preheating period gradually increases the power applied to reduce the stress resulting therefrom. Once a gas valve has been commanded open, the controller monitors the time for ignition of the gaseous fuel. If the time is longer than a threshold, either the applied power or the period of time during which the power is applied is increased to shorten the time. If, however, the ignition period is shorter than the threshold, either the power applied or the period of time during which the power is applied before commanding the gas valve open is lowered or shortened. | 12-24-2009 |
20100061034 | Low Voltage Power Supply for Spark Igniter and Flame Sense - A low voltage power supply circuit for intermittent pilot and/or direct spark ignition systems utilized in gas burning appliances is provided. The circuit utilizes a single transformer and a resonant circuit to supply power to both a flame sense circuit as well as the spark generation circuit. The resonant circuit allows the use of low power sources such as batteries or self-supplied voltage systems such as thermopiles or hydro generators. Recognizing that power draw from the low power source is high during a sparking event and recharging of a sparking capacitor, the flame sensing is suspended during the sparking event and for a short recharge time thereafter. | 03-11-2010 |
20100075264 | Redundant Ignition Control Circuit and Method - A redundant ignition control system and method for gas burning appliances is provided. The system utilizes a main processor and a supervisory processor to provide the redundant, fail safe operation of both the pilot valve and the main gas valve of the appliance. Three switching elements under the control of the two processors, as well as the use of high pass filters to block DC from the gas control valves provide redundant, fail safe operation. The use of variable duty cycle or frequency pulse width modulated signals enables use in low power applications and ensures system safety. Inclusion of a gas valve verification sequence, ignition sequence, burner monitoring sequence, and heat shutdown and standby sequences ensures safe, low power operation during normal control, and fail safe operation upon the failure of any component of the system. | 03-25-2010 |
20100110684 | LIGHT EMITTING DIODE LUMINAIRES AND APPLICATIONS THEREOF - LED assemblies and luminaires comprising the same are described herein. In some embodiments, the LED assemblies and luminaires are suitable for use in a wide variety of applications including outdoor lighting applications such as roadway and sidewalk lighting, parking lot lighting and residential area lighting. | 05-06-2010 |