Abstract: The disclosure provides for high bandwidth processing through the sharing of memory dies over a plurality of computing dies via an optical interchange. The optical interchange may be configured so as to operate as both an optical switch and optical demultiplexer. The optical switch configuration for the optical interchange allows for data to be written from any computing die to one of a plurality of memory dies via an optical connection. The optical demultiplexer configuration allows for data to be broadcast from a memory die to a plurality of the computing dies.

Abstract: A system includes an illumination source and an imaging apparatus that includes an electronic rolling shutter imager and is configured for sequentially resetting rows of pixels of the rolling shutter imager from a first row to a last row, sequentially reading charge accumulated at the rows of pixels from the first row to the last row, wherein the first row is read after resetting the last row, controlling the illumination source to illuminate the tissue of the subject with illumination light for an illumination period that lasts longer than a vertical blanking period, wherein the vertical blanking period is the period from the resetting of the last row to the reading of the first row, and generating an image frame from the readings of charge accumulated at the rows of pixels, wherein at least one reading of charge accumulated at a row of pixels is removed or replaced.

Abstract: A method of imaging tissue of a subject using an electronic rolling shutter imager includes sequentially resetting rows of pixels of the rolling shutter imager from a first row to a last row for a first amount of time; illuminating the tissue of the subject with illumination light over an illumination period that begins once the last row of the rolling shutter imager has been reset and lasts for at least the first amount of time; accumulating charge at the rows of pixels over at least the illumination period based on light that is received from the tissue of the subject while the tissue of the subject is illuminated with the illumination light; sequentially reading charge accumulated at the rows of pixels from the first row to the last row once the illumination period has ended; and generating an image frame from the rows of pixels.

Abstract: There is disclosed herein a sous vide appliance (10) including: a tube (12) having longitudinally opposite first and second ends (14, 13), and providing a liquid flow path (26) having an inlet adjacent the first end (14), and an outlet adjacent the second end (13); a heating element (31) mounted adjacent the tube (12) to heat liquid passing along the flow path from the inlet to the outlet; an outer housing (11) within which the tube (12) is located; and a switch (32) located between the tube (12) and the housing (11) and operatively associated with the heating element (31) to provide for the delivery of electric power to the heating element (31).

Abstract: There is disclosed herein a sous vide appliance (10) including: a tube (12) having longitudinally opposite first and second ends (14, 13), and providing a liquid flow path (26) having an inlet adjacent the first end (14), and an outlet adjacent the second end (13); a heating element (31) mounted adjacent the tube (12) to heat liquid passing along the flow path from the inlet to the outlet; an outer housing (11) within which the tube (12) is located; and a switch (32) located between the tube (12) and the housing (11) and operatively associated with the heating element (31) to provide for the delivery of electric power to the heating element (31).

Abstract: A device including a housing (12) sealingly enclosing an interior space (14), the housing including (12) a screen (20) having an internal surface (11) subject to air pressure in the interior space (14). Electronic components (22) disposed in the interior space and connected to the screen (20) to operate the device. A power cord (13) having one end terminating within the internal space (14) and another end connectable to an external power source. The power cord (13) has metallic conductors, and at least one air path to vent the interior space (14) to ambient air pressure.

Abstract: A roll mounting system is provided that includes a roll assembly coupled to one or more rolls. The roll assembly is configured to position the one or more rolls using a tapered assembly for mounting or dismounting of the one or more rolls. Also, the roll mounting system includes a torque assembly coupled to the roll assembly. The torque assembly is configured to provide torque to the roll assembly for mounting or dismounting of the one more rolls.

Abstract: A system for cooling rolling mill material is provided that includes a conveyor system that receives rolling mill material and passes the rolling mill material through one or more cooling regions. A cooling structure that operates uniformly across the central and edge regions of the conveyor system. The cooling structure uses a first jet of air for cooling the central portion of the rolling mill material. A nozzle deck is positioned on the edge regions of the conveyor system produces a second of jet of air for cooling the edge portions of the rolling mill. The nozzle deck includes one or more adjustable nozzle structures for controlling the air flow produced by the second jet of air by varying the size of their air passage regions.

Abstract: A roll mounting system is provided that includes a roll assembly coupled to one or more rolls. The roll assembly is configured to position the one or more rolls using a tapered assembly for mounting or dismounting of the one or more rolls. Also, the roll mounting system includes a torque assembly coupled to the roll assembly. The torque assembly is configured to provide torque to the roll assembly for mounting or dismounting of the one more rolls.

Abstract: There is disclosed herein a sous vide appliance (10) including: a tube (12) having longitudinally opposite first and second ends (14, 13), and providing a liquid flow path (26) having an inlet adjacent the first end (14), and an outlet adjacent the second end (13); a heating element (31) mounted adjacent the tube (12) to heat liquid passing along the flow path from the inlet to the outlet; an outer housing (11) within which the tube (12) is located; and a switch (32) located between the tube (12) and the housing (11) and operatively associated with the heating element (31) to provide for the delivery of electric power to the heating element (31).

Abstract: A hard disk drive tray for accommodating a hard disk drive is provided. The hard disk drive tray has a front frame. An elastic cantilever plate is extended from each of two ends of the front frames. The couple of elastic cantilever plates are arranged parallel with each other for clamping the hard disk drive between the couple of elastic cantilever plates. A lateral surface of each elastic cantilever plate is covered by a side case and an expansion fastening bolt for fastening the hard disk drive is arranged protruding from the other lateral surface of each elastic cantilever plate. The hard disk drive is clamped by, the elastic cantilever plates, a simplified structure of the hard disk drive tray. The elastic cantilever plate is covered by the side case and thereby reinforced.

Abstract: A server apparatus with a horizontal push-pull operating structure includes a chassis having a base plate and chassis plates with guiding slots; a carrying tray on the base plate and inserted into the chassis plates, the carrying tray having carrying board and side boards having sliding slots formed corresponding to the guiding slots; and an operating structure having a moving arm with a gear rack thereon and a gear sector clamped between the moving arm and the side board and having an addendum engaged with the gear rack and a sliding column inserted into the sliding and guiding slots. When the moving arm is horizontally pushed/pulled relative to the side boards, the gear rack drives the gear sector to rotate, and the sliding column moves inside the sliding slot and drives the carrying tray to move in/out of the base plate respectively under guidance of the guiding slot.

Abstract: An air guide cover fixed on a motherboard having slot connectors and main coolers. The air guide cover includes an air guide body and a clip assembly. The air guide body covers the slot connectors correspondingly. The clip assembly has a first U-clip and a second U-clip, both of which connected to the air guide body. The first U-clip and the second U-clip are individually snapped and fixed to the clips of the slot connectors and the fixtures of the main coolers, respectively. In this way, the air guide cover can be fixed on the motherboard without using fasteners, like screws, such that savings in time and effort are achieved.

Abstract: An air guide cover fixed on a motherboard having slot connectors and main coolers. The air guide cover includes an air guide body and a clip assembly. The air guide body covers the slot connectors correspondingly. The clip assembly has a first U-clip and a second U-clip, both of which connected to the air guide body. The first U-clip and the second U-clip are individually snapped and fixed to the clips of the slot connectors and the fixtures of the main coolers, respectively. In this way, the air guide cover can be fixed on the motherboard without using fasteners, like screws, such that savings in time and effort are achieved.

Abstract: A hard disk drive tray for accommodating a hard disk drive is provided. The hard disk drive tray has a front frame. An elastic cantilever plate is extended from each of two ends of the front frames. The couple of elastic cantilever plates are arranged parallel with each other for clamping the hard disk drive between the couple of elastic cantilever plates. A lateral surface of each elastic cantilever plate is covered by a side case and an expansion fastening bolt for fastening the hard disk drive is arranged protruding from the other lateral surface of each elastic cantilever plate. The hard disk drive is clamped by, the elastic cantilever plates, a simplified structure of the hard disk drive tray. The elastic cantilever plate is covered by the side case and thereby reinforced.

Abstract: A system for cooling rolling mill material is provided that includes a conveyor system that receives rolling mill material and passes the rolling mill material through one or more cooling regions. A cooling structure that operates uniformly across the central and edge regions of the conveyor system. The cooling structure uses a first jet of air for cooling the central portion of the rolling mill material. A nozzle deck is positioned on the edge regions of the conveyor system produces a second of jet of air for cooling the edge portions of the rolling mill. The nozzle deck includes one or more adjustable nozzle structures for controlling the air flow produced by the second jet of air by varying the size of their air passage regions.

Abstract: A hard drive module includes a hard drive and a hard drive removable enclosure. The hard drive includes a bottom surface having a first securement hole formed to indent inward thereon and a lateral surface having a second securement hole formed to indent inward thereon. The second securement hole is fluidly connected to the first securement hole. The bottom surface of the hard drive is received on a carrier plate. A primary positioning pin penetrates into the first securement hole from the bottom surface of the hard drive. A hook penetrates into the second securement hole from the internal of the first securement hole. Accordingly, by using the primary positioning pin with its rear end formed of the hook thereon for securing the hard drive, the hard drive can be installed and secured inside the hard drive removable enclosure without the use of any tools.

Abstract: A system for cooling rolling mill material is provided that includes a conveyor system that receives rolling mill material and passes the rolling mill material through one or more cooling regions. A cooling structure that operates uniformly across the central and edge regions of the conveyor system. The cooling structure uses a first jet of air for cooling the central portion of the rolling mill material. A nozzle deck is positioned on the edge regions of the conveyor system produces a second of jet of air for cooling the edge portions of the rolling mill. The nozzle deck includes one or more adjustable nozzle structures for controlling the air flow produced by the second jet of air by varying the size of their air passage regions.

Abstract: A case includes a bottom plate, a back plate, and side plates. The side plates have formed positioning pins. A pressing assembly is disposed on the case including a platform and a press plate, and the platform has a bump. A frame includes a dock bracket and a seat bracket. The dock bracket has a positioning hole, and the seat bracket has a through hole. The dock bracket is positioned by the through positioning hole clamping with the positioning pin, and the seat bracket is positioned through rotating the press plate for pressing the through hole and the bump so as to simplify the assembly of a chassis structure for fixing interface cards.

Abstract: A server structure includes a tray, a carrier and a releasing knob. The tray has an internal bottom surface, and a latch and a stopping arm are arranged thereon. The latch protrudes in the tray and parallel with the internal bottom surface. The stopping arm extends along the internal bottom surface and a stopping portion is defined thereon. The stopping portion protrudes from the internal bottom surface. The carrier for accommodating a hard disk drive is accommodated in the tray. A positioning pin for latching the hard disk drive protrudes in the carrier, a fixing hole is defined on the carrier, the latch is inserted in and latches the fixing hole, and the carrier is pressed by the stopping portion. The releasing knob is pivotally connected with the carrier and pressing the stopping arm and pivoting to press the stopping arm, and the stopping portion is thereby retracted.