2173 results about "Baseboard" patented technology

A multi-purpose electric heater that can be configured as a baseboard heater or an upright heater is provided. The heater preferably includes a pair of elongate housings that are coupled to a base in a manner that allows them to be moved between horizontal and upright positions. Each housing may include a rotatable portion that can be oriented to direct heat where desired.

In a holder and a structure for organizing excess length by winding cables and the like, an excess length organizing holder comprises a baseboard which has a rotation axis vertical to a fixed plane, and a spool which has a flange whose edge is provided with two incisions and a winding portion. The spool is rotated around the rotation axis in a state where a cable is folded by way of the winding portion and the two incisions, thereby winding the cable twofold around the winding portion. Also, an excess length organizing structure comprises a door detachable from a box-shaped rack, a mounting hardware connecting the door to the rack and pivoting on one side so as to make the door openable and closable, and at least one excess length organizing holder mentioned above whose baseboard is attached on a surface of the door when the door is attached to the mounting hardware.

The invention discloses an upward lighting transparent touch screen with organic light emitting diode, wherein the screen comprises a baseboard, an upper cover plate, an organic light emitting diode display element, a capacitor touch controller, and a seal layer. The diode is laminated on the baseboard, the controller is laminated on the upper cover plate, and the seal layer is combined with the baseboard and the upper cover plate to seal the diode and the controller between the baseboard and the upper cover plate. The controller forms a first transparent conductive layer, an insulation layer, a second transparent conductive layer and an electromagnetic shield layer on the upper cover plate, while the shield layer can effectively reduce the electric field interface between the diode and the controller. The invention can accurately and sensitively sense touch operation, with wide application in screens.

A baseboard management controller (BMC) integrated circuit hosts a BIOS ROM interface. The BMC includes a bus interface responsive to an access to an address range associated with host operations, e.g., an address range associated with BIOS. The BMC includes an interface coupled to communicate with a remote computer for receiving BIOS updates and / or a BIOS patches from the remote computer. Multiple computers may each include a BMC-hosted BIOS ROM interface and may be coupled to a remote computer for communicating BIOS information between the BMCs and the remote computer.

An LED light bulb includes a power conversion board, at least one light source baseboard electrically connected to the power conversion board, a heat sink and a light transparent shell to hold the light source baseboard. The heat sink has a wedged groove with a first holding portion formed thereon. The light transparent shell includes a sphere and a neck wedged in the wedged groove. The sphere and neck have an inner wall surrounded to hold the power conversion board and an outer wall opposite to the inner wall. The neck has a longitudinal shell retaining portion on the outer wall corresponding and fastening to the first holding portion and at least one transverse shell retaining portion. The wedged groove has at least one second holding portion corresponding and fastening to the transverse shell retaining portion to restrict relative turning of the light transparent shell and heat sink.

A baseboard management system suitable for use in a high density server system is provided. The baseboard management system comprises: a plurality of baseboard management controller (BMC) node respectively located on the servers; and, a main BMC coupled to a network and to the BMC nodes through a communication link for executing a management software; wherein each BMC node is connected with a corresponding host processor and with server board peripherals individually on a corresponding server; and wherein the main BMC in cooperation with the BMC nodes is used to manage the servers remotely.

A module standard for integrated circuit such as FPGAs is provided in which power supply voltages for daughtercards are not fixed in advance. Instead programmable power supplies are provided and a method is provided in which each daughtercard can specify the required power supply voltage. Thus, unlike prior-art systems, this modular system is backward and forward compatible with chips, such as FPGAs, from many process generations allowing easy upgrading as new FPGA families become available. A motherboard or baseboard for use with this invention includes a plurality of module connectors into which compatible modules or “daughtercards” can be plugged and a plurality of programmable power supplies. In a preferred embodiment there are four sets of module connectors and sixteen programmable power supplies. This allows each module to have four independently specifiable power supply voltages. A module may also connect several power supplies together in order to obtain higher current at a single voltage. Various schemes are described to ensure that the programmable power supplies will never deliver too high a voltage to the components on the modules.

The invention discloses an onboard device suitable for the sowing job of an unmanned aerial vehicle and a sowing method. The onboard device comprises a scattering device arranged below the unmanned aerial vehicle, wherein the scattering device comprises a material box, a material stirring mechanism, a material discharging adjusting mechanism and a material scattering mechanism; the material stirring mechanism is arranged inside the material box; the material scattering mechanism is arranged below the material box; the material box comprises a box wall and a baseboard; a ventage is formed in the baseboard; the material discharging adjusting mechanism comprises a switch baffle arranged in the ventage and an actuating mechanism used for pushing the switch baffle to move in the ventage and adjusting the size of the leak; the material scattering mechanism comprises a side plate connected to the bottom of the material box, a wheel disc motor and a wheel disc connected with the wheel disc motor; the wheel disc is arranged on the inner side of the side plate; a scattering openings are formed in the side plate. According to the invention, the onboard device has the advantages of being small in size, low in cost, high in flexibility and convenient for controlling.

A baseboard management controller (BMC) hosts a real-time clock and non-volatile RAM replacement that does not require a battery power supply. The BMC includes an I / O mapped interface responsive to I / O accesses to an address range associated with storage locations of a real-time clock circuit and storage locations holding configuration information. The BMC receives power when a processor coupled to the BMC is not powered. The I / O address range may include 70h and 71h. A network interface may communicate information between a network external to the BMC and the real-time clock and / or the storage locations holding the configuration information. The network external to the BMC may communicate clock synchronization and / or configuration information to the BMC.

A method and apparatus for booting a system are provided. The apparatus may comprise a boot block and a baseboard management controller coupled together in the system. The baseboard management controller may be configured to receive a request from the boot block for a basic input / output system image; determine at least one location to access the basic input / output system image; and obtain the basic input / output system image from the at least one location.

To provide a packing implement for goods transportation that facilitates packing in the transportation of the goods and is a combination of a baseboard and a holding sheet. The baseboard is a rectangular board for supporting an article to be transported at a fixed position, and has rising parts, falling parts and shape retaining parts. The rising parts are folded back upward from both end edges of a short side of the baseboard, the falling parts are folded back downward from both side edges of a long side of the baseboard, respectively, the falling part is constituted by a leg part orthogonal to the baseboard and a bottom part which is bent parallel with the baseboard, and a buffer space corresponding to a rising height of the leg part of the falling part is formed by the leg part bent so as to be orthogonal to the baseboard and the bottom part bent parallel with the baseboard. The shape retaining part is a corner part of the baseboard left between an end edge of the rising part and an end edge of the falling part. The shape retaining part is continued to the ring part and the falling part, is folded back parallel with the rising part when the end edge of the falling part is bent to a lower surface side of the baseboard, and is erected to hold the falling part bent when the rising part is folded back upward. The holding sheet is bridged over a surface of the baseboard and attached to both the falling parts, covers a surface of the article on the baseboard, is tensed by bend of the falling part, and presses and fixes the article to the baseboard.

A server information handling system integrated management controller selectively communicates management information between a baseboard management controller and either a network remote console session or local I / O devices, such as a display, a keyboard, a mouse or a KVM appliance. Display information is communicated from the baseboard management controller to a display by writing from the baseboard management controller through a unified memory controller to a display frame buffer for presentation at the display. Keyboard, mouse and KVM information is communicated through a USB host to the baseboard management controller or, in an operational state, is communicated from the USB host to a USB client for use by the server information handling system. In an operational state, a break sequence selectively interfaces the I / O devices with the server information handling system or the baseboard management controller.

A method applied to a terminal for updating firmware of a BMC in a remote device includes the steps of determining whether each flag file transmitted from the remote controller is a first, a second, or a third flag file, and obtaining a network protocol of a first interface of the terminal, and initializing the same network protocol at a second interface of the remote device. Then assigning an IP address to the second interface when the flag file is determined to be the first flag file and transmitting a firmware updating file to the BMC when the flag file is determined to be the second flag file. A first control signal is generated when the flag file is determined to be the third flag file to direct the BMC to update its own firmware from the firmware updating file.

A customization program for use in customizing a baseboard management controller used for monitoring operation of various computer system components is disclosed. A user interacts with the customization program to customize the baseboard management controller based on a configuration of components specified for the baseboard of the computer system. The customization program provides a user interface having a repository of icons and a design page. The icons represent various components that may be connected, either directly or indirectly, to the baseboard. The design page is used for constructing a model representing the specified configuration of components. As a user drags icons onto the design page, the model is updated to reflect selection of the components corresponding to these icons. Further, the customization program creates a configuration file that identifies and describes each of the selected components. The configuration file is loaded into the baseboard management controller to effectuate the aforementioned customization.

The invention relates to a base pit dewatering and water saving device and a construction method thereof. The middle part of the base pit of a baseboard structure is provided with a well pit; the well pit is internally and vertically provided with a no-sand tube; pebbly sand is filled between the bottom and periphery of the no-sand tube; the top of the no-sand tube is higher than the top surface of the well pit; a water pump is arranged in the no-sand tube; blinding layer concrete is poured at the top surface of the well pit which is at the periphery of the no-sand tube and the side wall of the base pit of the baseboard structure; and the top elevation of the no-sand tube is flush with the elevation of a blinding layer; a dewatering conduit is pre-buried in a base pit baseboard right above the no-sand tube, a waterproof layer is paved on the blinding layer concrete, a layer of waterproof and protective concrete is poured on the waterproof layer, and the base pit baseboards are poured above the waterproof and protective concrete and at the periphery of the dewatering conduit. The method of the invention has lower investment, saved cost and less amount of dewatering amount, thereby reducing the loss of underground water and protecting water resource; and the method can be adopted for a project in which the well point dewatering method is not ideal for dewatering or a project in which the underground water is near the base pit elevation.

At power on of a computing device, a baseboard management controller (BMC) of the computing device executes, a first-stage bootloader program to download a second-stage bootloader program from a first server. The BMC executes the second-stage bootloader program to download third-stage firmware of the BMC from a second server. The BMC executes the third-stage firmware to download firmware of a primary processing subsystem of the computing device from a third server, and to start the primary processing subsystem by causing the primary processing subsystem to execute the firmware of the primary processing subsystem.

The invention discloses a cam-type negative pressure adhering wall-climbing robot. By means of an inverse cam mechanism and a passive vacuum absorption mechanism, the negative pressure absorption function of a sucker is achieved and the limitation brought by a vacuum source device is eliminated. The adsorbing and detaching process of the vacuum sucker is easy through a mechanical structure. The structure is simple and the absorption force of the sucker is strong due to the negative pressure. By means of an adsorbing steering mechanism, the limitation of the minimum turning radius of a tracked robot is avoided and the pivot steering function is achieved. Adsorbing moving mechanisms are positioned on the two sides of a main baseboard of the robot; a steering power mechanism is fixed on the main baseboard; steering wheel components are connected with the steering power mechanism through flexible threaded rods; and by adjusting the position of a cam track groove, a steering auxiliary mechanism mounted on the main baseboard enables the adsorbing steering mechanism to work. The linear moving portion is connected with the linear steering portion through a screw transmission manner, the moving process of the robot is achieved through reasonable step arrangements, so that the cam-type negative pressure adsorption wall-climbing robot is easy to control and applicable to wide working range.

A folding collapsible exercising apparatus includes a baseboard having an extension bar at one end, a -shaped upright frame bar pivoted to one end of the baseboard, two back-sticks adjustably coupled between the -shaped upright frame bar and the extension bar to support the -shaped upright frame bar on the baseboard in vertical or a tilted position, a swivel handlebar pivoted to the -shaped upright frame bar, and two elastic cord members selectively coupled to eyelets at the -shaped upright frame bar and the swivel handlebar for operation by the user.

The present invention provides an educational basketball game device, comprising a backboard which houses cheer lights outlining perimeter, a score display, a target, a hoop, and a sensor, an extendable pole which is made of two parts an upper part and a lower part, and a progress display made of several portions which illuminate game progress, and a baseboard which houses speakers, an extendable foul line and wheels. Also, the present invention provides a method for educating a game of basketball with an educational basketball game device. The educational method incorporates playing of recordings that cheer the player to make a shot, encourage the player to aim at target, motivate to keep practicing and getting the ball in the hoop. In addition, the educational method uses cheer lights to acknowledge success. Additionally, a visual display showing a cheering crowd of fans will light up when a goal is achieved.

Embodiments of the present invention generally relate to techniques for updating a BIOS image stored in a computer system. The BIOS image is stored in a flash memory and updated over an embedded system, such as a baseboard management controller (BMC). In one embodiment, a method for updating a BIOS image on a computer system includes receiving, by a service processor, an updated BIOS image over a communications channel, moving a current BIOS image from a first storage location to a second storage location, moving the updated BIOS image to the first storage location, receiving, from a chipset coupled to the service processor, a request to access the BIOS image on the server system, and directing, by the service processor, the request to access the BIOS image to the BIOS image in the second storage location.

The invention discloses a red green blue white type film transistor liquid crystal display device, comprising an array lower baseboard, a colorful film upper baseboard and a liquid crystal layer stuffed between the upper and the lower baseboards, wherein the array lower baseboard is formed with sub pixels in a matrix form, the colorful upper baseboard is provided with color filters of alternated red, green and blue filters, three adjacent sub pixels R, G, B form a colorful pixel display unit, the color filter of at least one sub pixel is provided with a transparent filter. The red green blue white type film transistor liquid crystal display device divides a single sub pixel into two parts, while one part is the prior color filter R, G or B, and the another part is a transparent filter, to improve color display brightness, eliminate TFT devices and avoid increasing the complexity of the system drive method.

A large movable lateral uplifting composite lading slope physical model test apparatus comprises a test framework, a bottom uplifting mechanism, a rear portion loading mechanism and a water level elevating simulation mechanism; the bottom of the front portion of the test frame is hinged to the test site ground surface, the test frame is formed by mutually splicing a front panel at the front portion, at least two vertically-arranged guard boards and a frame baseboard at the bottom portion, and the spacing between adjacent guard boards is adjustable; the bottom uplifting mechanism is arranged below the test frame and is used for driving the rotation of the test frame around the hinge pint at the front portion; and the rear portion loading mechanism comprises a loading steel board, an electro-hydraulic servo loading machine and a counterforce wall, the counterforce wall is arranged behind the test frame, the rear end of the electro-hydraulic servo loading machine is hinged to the counterforce wall, the front end of the electro-hydraulic servo loading machine is connected with the loading steel board, and the rear portion loading mechanism is used for applying action force to a slope physical model in the test frame from the rear end of the test frame. The apparatus is suitable for large-size slope physical models, and can realize the establishment of three-dimensional models better satisfying geometric similarity conditions than real slopes.

The invention described herein is a very thin flat panel LED luminaire, including a flat baseboard, a flat reflection panel, a flat acrylic panel, a flat diffusion panel, LED bar, and aluminum encasement frame which combines with the baseboard to form the chassis for the luminaire. The LED bar is placed along either or both sides of the stack. The acrylic panel is printed with a mesh-like mask pattern of dots in a pattern in which the density of the pattern is decreases the farther away from the LED bar the pattern is, differentially coupling the light from the point source LED bar from the reflection panel into the flat acrylic panel so that illumination across the luminaire is substantially uniform.

The invention discloses a dynamic and static combined loading rock test machine and test method used for multiphase coupling. The machine comprises a visual confining pressure loading chamber module, air pressure control modules, a dynamic loading module and constant volume modules; and the loading chamber of the visual confining pressure loading chamber module is a steel cylinder structure with a square outside and a circular inside, three surfaces of the loading chamber has windows, high borosilicate glass is embedded in every window to realize the visualization of the test process, an opening in one surface of the loading chamber is provided with a rear door which is convenient to replace and take a test piece, and various monitoring devices are arranged in the loading chamber and are led out through sensor lead wires of a baseboard to realize real-time monitoring of all physical-mechanical parameters of the test piece in the test process. The machine has the advantages of small size, simple structure, convenience in dismounting, and realization of accurate, quantitative and visual monitoring of the adsorption-desorption characteristic of a coal rock standard test piece in different load forms and coupling form and the permeability and the damage dilatancy process of gas-containing coal body in different loading stages.

The present invention relates to a model test device, and specifically to a frozen soil mechanics model test device. The invention is characterized in that the frozen soil mechanics model test device has a full-steel box type structure which comprises a heat insulation box body, a baseboard temperature controller, a water supplying device, a loading device and a data collecting and processing device. The device adopts a welding mode for connecting to a whole, and only one side plate adopts bolt connection, wherein, the baseboard structure of heat insulation box body comprises a heat insulationbaseboard, a water supplying pool and a top plate of water supplying pool. The structure gives attention to the functions of water supplying and temperature control. The water supplying device comprises a water level controller, the water supplying pool and a water supplying pipeline device. The charging device comprises a hydraulic jack and a hydraulic oil pump. The data collecting and processing device comprises a DT500 / 600 series data collector, a XSL series temperature measuring instrument and various types of sensors. The device of the invention has the advantages of realizing unidirectional and bidirectional freezing condition, realizing the water supplying of water migration in freezing process, providing the load of model test load application damage, monitoring the temperature field and stress field of frozen soil, monitoring the frost heaving, subgrade settlement deformation, etc.; and realizing the automatic collection and analysis of test data in the test process.

The invention discloses a firmware automatic configuration system of baseboard managing controller. It packages the hardware module, interface module, command module, SDR module and OEM module according to species. Then, a configuration file would be created and separated catalog of every module would be gained. A Makefile would be created after initializing. Reading content of the configuration file, when user chooses an option in a module, checking the configuration file and dynamic display the option of the relate module on the interface and register the relative option on the Makefile. Finally, BMC firmware data would be created and automatically finish the configuration of BMC firmware according to the invention.

The invention relates to a construction method of consolidating horizontal directional drilling holes by grouting a coal seam baseboard. Along with the continuous extension of coal mining depth and the continuous enlargement of the mining range, crustal stress is enlarged, and the number of abnormal geologic bodies is gradually increased, water pressure is gradually enhanced, hydrogeologic conditions become more and more complex, and water-inrush threat becomes more and more serious. The construction method provided by the invention comprises the following steps of: drilling holes in a coal seam by developing a drill field in a coal heading of a working surface, wherein the drilling direction points to a water resisting layer and a water bearing layer of the coal seam baseboard; rotatably drilling the coal seam baseboard for a certain depth to carry out hoist drilling and broaching, installing a primary hole sealing sleeve to seal the hole by grouting, cleaning the bottom of the hole after the grout is solidified; and then consolidating the hole by a primary sleeve, consolidating the hole by a secondary sleeve, and carrying out directional drilling to make the drilling hole extend along a preset consolidating layer according to the designed track to finally form the drilling hole. In the invention, the entire consolidation of the coal seam baseboard of the regional working surface is realized through designing the drilling hole track, determining the drilling hole consolidating radius and reasonably arranging the directional drilling according to the analysis to the water resisting layer and the water bearing layer.

The present invention relates to a common connector for memory cards and a switching arbitration method for the shared Pins of the connector, i.e., a common connector which allows many different types of memory cards to be inserted in and fixed at different times. A multiple of rows / sets of different types of Pins are devised on one side of a baseboard of the common connector. And particularly, a set of shared Pins enables identification of interface signals from SD / MMC cards or SM cards. Under the control of corresponding memory card detection switches and switching arbitration circuits, the shared Pins can be connected to interface signals from a SD / MMC card or a SM card. Therefore, such a structure not only reduces the size of the common connector but also supports a multiple of types of memory cards.