Abstract: A catheter (1) includes an elongated member (2) having a proximal end (4) and a distal end (3). An inflatable balloon (5) is arranged on the elongated member in an area of the distal end thereof, the balloon extending from a distal position (6) to a proximal position (7). The elongated member includes an inner lumen (8) extending from the distal end to an end position (9) which is proximal to the balloon. The inner lumen is open at the distal end. The catheter further includes a duct (12) connected to the proximal end and to the balloon at the proximal position. The duct defines a separate lumen to convey a fluid to and from the balloon.

Abstract: A backplane operative to drive an array of emissive pixel elements is disclosed. Each pixel element comprises a pixel circuit drive element and an emissive element, wherein the pixel circuit drive element comprises a memory cell, a current source element, and a modulation element. The present invention improves on an emissive display by providing a backplane and modulation system that enables fabrication of multi-color or monochrome LED display systems that operate efficiently and without objectionable image artifacts. One aspect of the present invention is to realize the backplane in a single crystal silicon process with a minimum number of metal layers while providing each color with a suitable operating voltage and drive current.

Abstract: A backplane operative to drive an array of emissive pixel elements is disclosed. Each pixel element comprises a pixel circuit drive element and an emissive element, wherein the pixel circuit drive element comprises a memory cell, a current source element, and a modulation element. The present invention improves on an emissive display by providing a backplane and modulation system that enables fabrication of multi-color or monochrome LED display systems that operate efficiently and without objectionable image artifacts. One aspect of the present invention is to realize the backplane in a single crystal silicon process with a minimum number of metal layers while providing each color with a suitable operating voltage and drive current.

Abstract: A backplane operative to drive an array of emissive pixel elements is disclosed. Each pixel element comprises a pixel circuit drive element and an emissive element, wherein the pixel circuit drive element comprises a memory cell, a current source element, and a modulation element. The present invention improves on an emissive display by providing a backplane and modulation system that enables fabrication of multi-color or monochrome LED display systems that operate efficiently and without objectionable image artifacts. One aspect of the present invention is to realize the backplane in a single crystal silicon process with a minimum number of metal layers while providing each color with a suitable operating voltage and drive current.

Abstract: A backplane operative to drive an array of emissive pixel elements is disclosed. Each pixel element comprises a pixel circuit drive element and an emissive element, wherein the pixel circuit drive element comprises a memory cell, a current source element, and a modulation element. The present invention improves on an emissive display by providing a backplane and modulation system that enables fabrication of multi-color or monochrome LED display systems that operate efficiently and without objectionable image artifacts. One aspect of the present invention is to realize the backplane in a single crystal silicon process with a minimum number of metal layers while providing each color with a suitable operating voltage and drive current.

Abstract: An oven appliance is provided. The oven appliance includes a light emitting device with a plurality of light emitters. Light emitters of the plurality of light emitters can be selectively activated and deactivated in order to provide visual information regarding various operations of the oven appliance to a user of the oven appliance.

Abstract: The disclosure relates to a door opening mechanism for a cooking device. The device includes a body defining a cooking chamber and a door operatively mounted to the body to provide access to the cooking chamber while maintaining a closed insulated barrier while in use. A sensor is mounted the body for providing a signal to retaining member when activated. A retaining member is mounted within the body to hold a latch attached to the door. The latch is released from the retaining member when a signal is provided by the sensor to the actuator retaining member that provides a positive drive force to release the latch and open the door.

Abstract: The present invention is directed to a laser marking device, system and method for its use.

Abstract: In an exemplary embodiment the replaceable filter 120 comprises a subassembly including a closed outer cylindrical filter 122 having a top 117 a bottom 119, and a side wall defining a chamber 121 therein. There is next a first end cap 129 fixed to the filter top 117. The first end cap 129 includes a first outlet port 127 having a wall section 128 being coupled at one end to the first outlet port 127 and extends into said chamber 121 and sized to encompass the water outlet flange 104 and the guide flange 108. The replaceable filter 120 also has a second end cap 131, substantially equal to the first end cap 129, fixed to said filter bottom 119. The second end cap 131 also includes a second outlet port 125 having a wall section 130 being coupled at one end to the second outlet port 125 and extending into the filter chamber 121. The second end cap wall 130 is sized to encompass the guide flange 108 and alternatively the water outlet flange 104.