Abstract: A modular compute platform including an enclosure, a first module including an application specific integrated circuit, the first module being disposed in the enclosure, a second module including an input/output device, the second module being disposed in the enclosure, the input/output device connected to the first module through a first cable, and a third module including a media device disposed in the enclosure, the media device connected to the first module through a second cable.

Abstract: The present invention is a modular, energy efficient structure for housing racks of computers specifically designed for mining Bitcoin assets. The fundamental principal towards an optimized mining facility design is to decrease electricity consumption as well as effective construction budget management, ensuring only appropriate business expenditures. The side benefits including improved stability of the facility computer network and electricity supply. The design concept is carried out through a cool/hot air segregation process, which results in controllable internal facilities temperatures, dust filtration and energy savings.

Abstract: A quick release cooling fan structure without wires includes a housing, a quick release member, a carrying member, and a conductive member. A motor is fixed and electrically connected to the carrying member, and the carrying member is quickly assembled to the quick release member in a rotate-in manner. An abutting block of the quick release member is engaged with the locking portion of the housing. The connecting piece of the quick release member cooperates with the groove of the housing for quick assembly, the conductive member is disposed in the first through hole, and the conductive end is inserted through the first and second through holes to come into electric contact with the conductive portion, and thus the internal electric connection inside the cooling fan can be achieved without the use of wires, and the assembly and disassembly of the cooling fan can also be achieved.

Abstract: The invention relates to a cooling arrangement, in particular for a computer system, including at least one fan for generating a cooling air stream. The cooling arrangement further includes at least one first element to be cooled arranged in a first region and at least one second element to be cooled arranged in a second region. Furthermore, the cooling arrangement includes an air guide element formed with an internal isolation channel. The air guide element is formed in such a way as to divide the cooling air stream into a first air stream through the first region and a second air stream through the second region and to at least partially isolate the first air stream from the second air stream by the air guide element. Furthermore, the invention relates to an air guide shroud which is suitable for such a cooling arrangement.

Abstract: An electronic device comprises a housing, and a fan connection member. The housing comprises a bottom plate having a motherboard mounting area. The fan connection member is disposed on the bottom plate, and an orthogonal projection of the fan connection member onto the bottom plate partially overlaps with the motherboard mounting area. The fan connection member includes a fan base and a fan seat pivoted on the fan base. The orthogonal projection of the fan connection member has a first overlap area on the motherboard mounting area at a working state of the fan connection member. The orthogonal projection of the fan connection member has a second overlap area on the motherboard mounting area at a maintenance state of the fan connecting member. The first overlap area is larger than the second overlap area.

Abstract: A ventilation assembly includes a main housing comprising a first housing wall and a second housing wall, a fan assembly disposed within the main housing, the fan assembly including a fan, and an acoustic device disposed between said first and second housing walls, the acoustic device having a first distal portion, a second distal portion and an intermediate portion extending between the first distal portion and the second distal portion, the first distal portion being relatively wider than the intermediate portion.

Abstract: A method may include identifying a respective location of a particular information handling resource within an information handling system, based on the respective location, reading an entry from a thermal table comprising thermal parameters for thermal management of one or more information handling resources of the information handling system based on respective locations of the one or more information handling resources within the information handling system, and applying at least one thermal parameter from the entry for thermal management of the particular information handling resource.

Abstract: The present invention relates to a device for driving a motor, the device comprising: a main housing for accommodating a circuit module therein, wherein a top of the main housing is partially opened to define an open portion; an input/output (IO) cover coupled to the main housing so as to occupy the open portion; and an auxiliary housing coupled to the main housing at an vertical side face of the main housing.

Abstract: A cooling fan automatic control system includes: a temperature sensor configured to measure a temperature of an object to be cooled; a plurality of current sensors configured to measure power consumption by each of a plurality of cooling fans; and a controller which, when a measured temperature that is a measured value obtained by the temperature sensor is higher than a target cooling temperature of the object to be cooled, controls rotational speeds of the plurality of cooling fans so as to minimize a total of measured current values of the plurality of cooling fans obtained by the plurality of current sensors.

Abstract: A base layer architecture (BLA) infrastructure device comprises a power base layer (PBL) to supply power to a cartridge, a cold thermal base layer (cold TBL) to cool the cartridge, a hot thermal base layer (hot TBL) to remove heat from the cartridge, an optical base layer (OBL) to transmit an optical signal to the cartridge and a radio frequency base layer (RBL) to transmit a radio frequency signal to the cartridge. Each base layer comprises a rack interface to couple the base layer to a rack and a number of cartridge interfaces to couple the base layers to the cartridge. A BLA infrastructure system comprises a BLA infrastructure device comprising a number of base layers. The number of base layers are removably coupled to a rack and a system management device to manage the number of base layers.

Abstract: A computer arrangement includes a case, at least one guiding rail arranged in the case, and an air-conducting element, wherein the air-conducting element includes at least one profile rail, the at least one profile rail interacts with the at least one guiding rail so that the air-conducting element is insertable along the guiding rail into the case, the air-conducting element is configured tunnel-shaped, and a fan is arranged in an inlet region and/or in an outlet region of the air-conducting element.

Abstract: A method of controlling a motor of a ventilator of a heat exchanger, the method includes detecting a starting behavior of the motor, detecting a starting obstacle of the motor, setting the starting behavior of the motor in accordance with a predefined scheme of correction, and setting at least one of a torque of the motor is set and a direction of rotation of the motor is set, and the direction of the motor being reversed.

Abstract: An accessory is selectively coupled in a first position or a second position to a portable electronic device. The accessory includes a touch unit and a heat dissipation unit. The touch unit is configured to be touched by a user to apply a contact force. An area of the touch unit to be touched by the user is defined as a contact point. When the accessory is in the first position, the touch unit detects a location of the contact point and outputs a control signal to the portable electronic device. The heat dissipation unit comes in contact with a heat source of the portable electronic device when the accessory is in the second position.

Abstract: In one embodiment, a method includes identifying removal of a module from a network device comprising a plurality of fans during an online removal process while the network device is operational, reducing fan speed in the network device to allow a hinged door to move to a closed position covering an opening from which the module was removed, and increasing the fan speed to maintain cooling in the network device.

Abstract: An inverter device includes a housing that houses a heat generator and a cooler, and a partition. In a state where a pair of side walls are disposed substantially perpendicular to a connection wall, an outer edge of the partition is pressed by the pair of side walls.

Abstract: A modular network switch is disclosed. In an embodiment, removable interface modules and a switch circuit board (SMB) are housed in a chassis. Each of the interface modules includes a circuit board that is positioned in parallel with other interface modules. The SMB is oriented in a plane perpendicular to orientation planes of the interface modules, and the circuit boards are connected to the switch circuit board. A switch chip is electrically connected to SMB, and configured to switch network traffic between network connections of the interface modules. The chassis may include airflow regions separated by a divider with respective air intake vents. A power supply is housed in one of the regions and the SMB/interface modules are housed in another region. Power supplies provide power to the interface modules via a bus bar and provide power to the switch circuit board via a connection separate from the bus bar.

Abstract: An information handling system may include a processor; a plurality of connectors configured to receive a corresponding plurality of information handling resources, wherein each connector is located within a particular physical region of the information handling system and is communicatively coupled to the processor; and a management controller communicatively coupled to the processor and configured to provide out-of-band management of the information handling system. The management controller may be further configured to store a data structure that includes a mapping between respective ones of the physical regions and the connectors located within those physical regions; receive a command relating to a particular physical region; and based on the mapping in the data structure, transmit the command, via the connectors that are located in the particular physical region, to the information handling resources received by those connectors.

Abstract: A modular fan assembly for use in a multi-device storage enclosure. In some embodiments, the fan assembly has a rigid open frame with opposing first and second ends. A first fan is connected to the first end and a second fan is connected to the second end. The first and second fans are configured to establish a fluidic airflow through the frame. An airflow diverter positioned in an intermediate portion of the frame between the first and second ends divert at least a portion of the fluidic airflow through a first aperture of the frame to cool an active element outside the frame.

Abstract: Examples of power source adjustment can include a device that includes a sensing device to measure a first thermal temperature of a first power source and second thermal temperature of a second power source, a controller to balance power sourced by each of the first and the second power sources based on the first and the second thermal temperatures, and a circuit to adjust the power sourced by each of the first and the second power sources based on the balanced sourced power.

Abstract: A cooling fan assembly that prevents damage by a fire on a motor is provided. The cooling fan assembly includes a fan shroud that is formed to improve the circulation efficiency and is coupled to a vehicle body, a motor that is coupled to the fan shroud and applied with power to generate torque, a power supplying unit that is configured to apply the power to the motor and a blade that is disposed in the torque of the motor is configured to rotate to circulate open air. A blade hub coupled to a rotation shaft of the motor is configured to integrally rotate with the rotation shaft of the motor as a center portion of the blade. When the blade receiving the torque of the motor is static, the blade hub is compromised and the blade is configured to be released from the torque of the motor.

Abstract: Systems and methods are provided that may be implemented to detect impaired flow of cooling air within a chassis enclosure of an information handling system during system operation, and to implement a diagnostic or system boot mode to reverse direction of cooling air flow through the chassis enclosure after such detection of impeded cooling air flow so as to remove any dust or other accumulated debris that is causing the impeded cooling air flow.

Abstract: Technology is provided for a device drawer assembly having a cable pass-thru module. The drawer assembly includes a chassis having a front opening and a rear wall opposite the front opening. A drawer is disposed in and moveable relative to the chassis. A cable support arm is coupled to the rear wall at a first end and coupled to the drawer at a second end. A pass-thru module is attached to the chassis adjacent the front opening and positioned between the drawer and the chassis. The pass-thru module includes drawer connectors and system connectors and one or more cables are each connected to a corresponding one of the drawer connectors. The cables are positioned between the drawer and the chassis and extend along the cable arm to terminate proximate a rear portion of the drawer for connection to one or more devices contained in the drawer.

Abstract: The present invention features a robust customizable computing system comprising: a processing control unit; an external object; and means for operably connecting the processing control unit to the external object, the processing control unit introducing intelligence into the external object, thus causing the external object to perform smart functions.

Abstract: A fan module comprises a fan and a positioning frame cooperated with the fan. The fan comprising a fixing frame and a main body received in the fixing frame. The fixing frame forms a plurality of fixing columns, the positioning frame forms a plurality of fixing holes correspondingly to the fixing columns. The fixing columns are through the correspondingly fixing holes to fix the fan in the positioning frame.

Abstract: A storage apparatus includes one or more chassis including a first housing for a chassis fan and a second housing for a plurality of storage devices. A plurality of modules have at least either one storage device or a storage device fan. Module connectors supporting each of the modules are provided so that the modules can be freely attachable/detachable. A fan air intake port that guides air outside the chassis to the chassis fan is formed in the first housing; and a fan air exhaust port that exhausts air in the chassis to outside of the chassis is formed in the second housing; wherein some module of the plurality of modules is configured of a storage device module in which the one storage device is modulized; and another module which is configured of a module which is at least either a fan-equipped storage device module or a fan module.

Abstract: A universal quick-disconnect fan tray for air cooling of field replaceable electronic units within a rack-mount enclosure comprises a pair of fan modules mounted in parallel on an intermediate printed circuit board for providing a unidirectional air flow through the enclosure. The printed circuit board has asymmetrically located spring-loaded pogo pin electrical contacts and a pogo pin mechanical locator for respectively engaging cooperating front or rear electrical pads and cooperating front and rear locator features within the enclosure for correctly locating and providing electrical connections to the fan tray and that afford quick connect and disconnect. The locations of the cooperating pads and features enable the fan tray to be translatable without being rotated from the front to the rear of the enclosure to maintain same direction of airflow.

Abstract: Partitioned cooling for electronic devices and systems. An embodiment of an apparatus includes a casing; one or more components, including one or more components that include an active thermal element; a partition to separate area within the casing into a first cooling zone and a second cooling zone, wherein the first cooling zone provides cooling for the one or more components that include an active thermal element; and a first fan located in the first cooling zone, the first fan to produce airflow for cooling in the first cooling zone and a second fan located in the second cooling zone to produce airflow for the cooling in the second cooling zone.

Abstract: A server unit suitable for being installed in a chassis is provided. The chassis has at least two accommodate spaces. The server unit includes a main body and at least one blocking board. The main body is suitable for being received in one of the accommodate spaces. The blocking board is pivoted to the main body and pivotally rotates between a closed state and an opened state. When the blocking board is in the closed state, the blocking board is adjacent to an outer surface of the main body. When the blocking board is in the opened state, the blocking board is opened from the outer surface and blocks the other accommodate space. A server including the server unit is also provided.

Abstract: In some examples, a computing device may include a first housing coupled to a second housing by one or more hinges. The first housing may include a first set of components and a heat sink in contact with at least one component of the first set of components. The second housing may include a second set of components. The first set of components may generate more heat than the first set of components. A thermal spreader may include a first portion located in the first housing and a second portion located in the second housing. The first portion may be thermally coupled to the second portion. The first portion may, through contact with the heat sink, gather heat generated by the at least one component and transfer the heat to the second portion. The second portion may dissipate at least some of the heat.

Abstract: The present invention relates to a modular apparatus for a high-voltage direct-current transmission system. A sub-module (10), which is a modular apparatus, comprises according to the present invention a power unit (12) in the front and a capacitor unit (13) in the rear, and on the lower end of a front surface (14?) of a power unit housing (14) forming the exterior of the power unit (12) is a sloped surface (15). The sloped surface (15) has a hexahederal shape created by removing the edge formed by the front surface (14?) and the bottom surface of the power unit housing (14) and faces the ground at an angle. A display unit (16) is provided on the sloped surface (15) so that the status of the sub-module (10) can be easily checked by a worker from the ground on which a structure stands.

Abstract: An electronic equipment chassis assembly includes a housing, and a plurality of openings defined in the housing that allow airflow there-through. The openings include at least one intake opening defined in the front surface of the housing and at least one exit opening defined in the rear surface of the housing. The chassis also includes an air filter, and one or more rails disposed within the housing defining receiving slots that releasably secure a first plurality of circuit boards, and a second plurality of circuit boards, which second plurality of circuit boards are orthogonally oriented relative to the first plurality of circuit boards. The chassis includes an airflow assembly proximate the top surface of the housing, and one or more output fans proximate the rear surface of the housing. The airflow assembly and the output fans balance airflow throughout the chassis.

Abstract: A heat dissipating control module for a server device with a heat dissipating module includes a sensing unit, for detecting at least one environment parameter of an environment where the server device located at; and a control unit, coupled to the sensing unit for adjusting at least one heat dissipating parameter according to the at least one environment parameter and a plurality of heat dissipating parameter data, wherein the at least one heat dissipating parameter is utilized for controlling operations of the heat dissipating module.

Abstract: In accordance with these and embodiments of the present disclosure, an information handling system may include a circuit board, an information handling resource electrically coupled to the circuit board, and a mechanical mechanism configured to receive a user interaction at a mechanical mechanism, and, in response to the user interaction, separate a mechanical bond between the information handling resource and a component by applying a controlled force of the mechanical mechanism to the information handling resource at a controlled location of the information handling resource.

Abstract: A system may include a fan module and a louver. The fan module includes a first housing, adapted to include a fan in a first orientation. The fan is adapted to cause air to flow into the rear side of the first housing and out of the front side of the first housing. The fan module also includes a key receptacle that is adapted to mate with a first key. The louver includes a second housing that includes a set of slats adapted as a one way valve. The second housing also includes the first key which is adapted to only mate with the key receptacle. The second housing also includes the second key which is adapted to not mate with the key receptacle.

Abstract: A fan assembly for a computer system that includes a fan, which has a flange having at least three fastening openings; and a holding device with at least two spring-loaded first fastening elements and a second fastening element. The fastening elements are arranged relative to one another such that in a relaxed state of the first fastening elements, the fan can be placed on the holding device in a first manner such that only the first fastening elements engage into respective two fastening openings, and in a second manner against a spring force of the first fastening elements.

Abstract: Apparatuses and methods are provided for locking an air-moving assembly within a chassis when in operational state. The apparatus includes a locking louver assembly having a louver(s) and locking mechanism. The louver(s) is disposed at an air inlet or outlet of the air-moving assembly, and pivots between operational and quiesced orientations, dependent on presence or absence, respectively, of airflow through the air-moving assembly. The locking mechanism includes a keying element(s) affixed to the louver(s) to pivot therewith, which includes an elongated key(s) oriented in a first direction when the louver(s) is in operational orientation, and a second direction when in quiesced orientation. A key-receiving element(s) is associated with the chassis and includes a key opening(s) which receives and accommodates movement of the elongated key(s) between the first and second directions, and prevents removal of the air-moving assembly from the chassis with the key(s) oriented in the first direction.

Abstract: A fan assembly includes a first guide, a second guide disposed in a direction vertical to the first guide such that the height of the first guide is adjustable, a slider disposed to move in a horizontal direction along the second guide, and a plurality of fan modules fastened to the slider, wherein each of the plurality of fan modules is fastened to the slider such that the height of the fan module is adjustable. Accordingly, the heights of the plurality of fan modules can be simultaneously adjusted, and the heights of some of the plurality of fan modules can be adjusted different from those of the other fan modules, so that the plurality of fan modules can be optimally installed.

Abstract: An information handling system includes a fan controller, and a controller. The fan controller controls a speed of a cooling fan. The controller detects a presence of a card within the information handling system, determines whether the card matches a first thermal control method of a plurality of thermal control methods, utilizes the first thermal control method to cool the card in response to the card matching the first thermal control method, otherwise determines whether the card matches a next in order thermal control method of the thermal control methods.

Abstract: The present invention pertains to a fan assembly for a refrigerator. Said assembly comprises a fan with a first and a second outer wall at two ends along axial direction of said fan. Said outer walls extend perpendicular to said axial direction of said fan. Said fan assembly comprises a wall element which delimits an evaporator within said refrigerator. Said wall element has a fan mounting opening with projecting edges in the direction of said fan, said fan assembly further comprising an isolator and a locking element.

Abstract: A pivotable fan assembly includes a mounting frame, a panel, and a bracket. The panel can be coupled to the mounting frame at a first edge. The panel can pivot about the mounting frame between a first position and an angularly displaced second position. At least one fan assembly can be coupled to the bracket, which extends distally from the panel with a first pair of adjacent sides of the fan assembly bounded by the panel and the bracket and a second pair of adjacent sides of the fan assembly unbounded and exposed. When attached to a chassis cover, the panel can pivot to expose the fan assembly for tool-less replacement.

Abstract: A high performance computer cooling system having electrical power generation, which utilizes heat generated by servers to simultaneously cool the high performance computer, and generate electrical power. Taking into account the design of the high performance computer and cooling allows heat to dissipate actively or passively, which by design permits a turbine to rotate thereby generating electrical power from a generator. Using the fundamental phenomena of compressed hot air rising and cool air sinking in a cyclical approach is a force multiplier using the heat energy of the high performance computer against the natural use of elevation temperatures.

Abstract: A thermal control system includes a chassis, one or more temperature sensors, a chassis controller, and an air mover module. The one or more temperature sensors and the air mover module are disposed on the chassis. The chassis controller is in communication with the one or more temperature sensors. The air mover module includes an air mover and an air controller. The air controller is in communication with the air mover, the one or more temperature sensors, and the chassis controller. In addition, the air controller receives periodic heartbeat signals from the chassis controller while the chassis controller operates in a healthy state. The chassis controller controls the air mover based on temperature signals of the one or more temperature sensors while operating in its healthy state.

Abstract: An array substrate, an organic light-emitting diode (OLED) display panel and a display device are provided. The array substrate includes a base substrate; a plurality of organic light-emitting diode (OLED) elements disposed on the base substrate; and a non-conductive layer in contact with the OLED elements, heat-conducting particles being doped in the non-conductive layer.

Abstract: Embodiments of apparatuses, systems and methods related to Solid State Drive (SSD) cooling in dense storage are described. An embodiment of an apparatus may include a housing. The apparatus may also include a first set of peripheral heatsink fins disposed parallel to a first axis of the housing. Additionally, the apparatus may include a second set of peripheral heatsink fins disposed parallel to a second axis of the housing. Also, the apparatus may include a set of heatsink members disposed adjacent the first set of peripheral heatsink fins and the second set of peripheral heatsink fins, the set of heat sink members configured to align with at least one of the first set of peripheral heatsink fins and the second set of peripheral heatsink fins.

Abstract: In some embodiments, a cover for a mobile electronic device includes a rectangular housing with a sleeve formed in a front side of the housing, the sleeve operable to receive the mobile electronic device, and a slot formed in a top side of the housing and spanning at least a portion of a distance from a left side to a right side of the housing. The slot may receive and support the mobile electronic device in an upright configuration and at an angle relative to the housing. The housing may be comprised of a rigid material covered with a soft material including one of a neoprene, cloth, or polypropylene material. The slot may include a first ring insert surrounding an opening of the slot, and the sleeve may include a second ring insert surrounding the opening of the sleeve.

Abstract: A data center that houses an electronic device, the data center includes a plurality of air-current-supply-sections that supply an air current to the electronic device, a plurality of shields that are provided for the air-current-supply-sections to shield corresponding air-current-supply-sections, and a control section that acquires status information indicative of a status of the electronic device from the electronic device, controls a flow rate of the air current supplied from each of the air-current-supply-sections in accordance with the acquired status information, checks the air-current-supply-sections to locate an air-current-supply-section whose air current flow rate is not higher than a predetermined value, checks the shields to locate a shield corresponding to the air-current-supply-section whose air current flow rate is not higher than the predetermined value, and causes the located shield to shield the located air-current-supply-section.

Abstract: A display device includes a display module, a support housing, and a heat dissipating module. The display module has a back surface, wherein at least a portion of the back surface has a first heat dissipating block. The support housing is disposed opposite the back surface. The support housing sandwiches with the back surface a mezzanine space for disposing the first dissipating module. The first heat dissipating module includes a first heat dissipating body and a first elastic unit. The first heat dissipating module has a first heat exchange surface and a first pressure receiving surface facing away from each other, wherein the first heat exchange surface is heat exchange connected to the first heat dissipating block. The first elastic unit disposed compressed between the first pressure receiving surface and the support housing, wherein with the support housing as a source of reaction force, the first elastic unit provides the first pressure receiving surface with a first pressing force.

Abstract: An unmanageable component may be any component in a computing system that does not expose a temperature sensor thereby preventing the component's temperature from being monitored. The embodiments described herein control a fan using settings that decrease the likelihood that an unmanageable component will overheat. Before a user-selected fan profile is used to control the fan, a power system management uses safeguarding profiles to mitigate the risk of overheating the unmanageable components in the computing system when selecting a fan profile. Stated differently, the power management system ensures the computing system does not use the user-selected profile to operate a fan if that profile may cause an unmanageable component to overheat.

Abstract: A cooling fan assembly for use in a telecommunications system, the cooling fan assembly including: a cooling fan including a plurality of radially disposed mounting flanges that are recessed from one or more of an inlet surface and an exhaust surface of the cooling fan; a chassis disposed adjacent to one or more of the inlet surface and the exhaust surface of the cooling fan, wherein a plurality of spaces are formed between the plurality of mounting flanges and the chassis; a plurality of vibration isolators disposed within the plurality of spaces formed between the plurality of mounting flanges and the chassis; and a plurality of rigid pins coupling the chassis to the plurality of vibration isolators. The plurality of vibration isolators are disposed substantially within a volumetric envelope of the cooling fan and the plurality of mounting flanges.

Abstract: An evaporator includes a cool storage material container. The cool storage material container contains a cool storage material and is disposed in a second part of the spaces. The cool storage material container includes a container main body portion joined to the refrigerant flow tubes. The outward projecting portion extends from an upper end of the leeward edge or windward edge of the container main body portion. The outward projecting portion has an expansion portion projecting from the container main body portion and projecting thickness of the expansion portion is greater than a thickness of the container main body portion. The expansion portion is located outward of the fins. At least one of left and right side walls of the expansion portion is so constructed to deform when an internal pressure in the cool storage material container increases beyond a predetermined pressure.