МОДУЛЬНАЯ СИСТЕМА ДЛЯ ЦЕНТРА ОБРАБОТКИ ДАННЫХ (ЦОД)

Изобретение относится к модульной вычислительной системе для центра обработки данных (ЦОД). Технический результат – обеспечение первоначального предоставления ЦОД вычислительной мощности или ее расширение, повышение эффективности отвода тепла, обеспечение защиты от пожара. Достигается тем, что модульная вычислительная система включает один или большее количество модулей ЦОД, содержащих компьютерные системы со стоечным монтажом. По меньшей мере, один электрический модуль соединяется с модулями ЦОД и обеспечивает электропитание компьютерных систем, располагающихся в модулях ЦОД. Один или большее количество модулей кондиционирования воздуха соединяются с модулями ЦОД. Модуль ЦОД может включать две предварительно изготовленные части, каждая из которых включает ряд стоек, включающий две или большее количество компьютерных систем со стоечным монтажом, общий проход на передней стороне ряда стоек, тыльный проход на тыльной стороне ряда стоек, впускное отверстие для воздуха в общем проходе и выпускное ...

СИСТЕМА ПОДАЧИ ЭЛЕКТРОПИТАНИЯ

Использование: в области электротехники. Технический результат - упрощение управления системой. Система подачи электропитания включает в себя по меньшей мере две системы, включающие в себя, каждая, шинную линию, которая образована по меньшей мере двумя проводниками и на которой информационный сигнал, представляющий информацию, наложен на электроэнергию; по меньшей мере один сервер источника питания, который соединен с шинной линией и который подает электроэнергию от сервера источника питания; и по меньшей мере один клиент, который соединен с шинной линией и который принимает питание электроэнергии от сервера источника питания. По меньшей мере две системы соединены друг с другом посредством соединения шинных линий с помощью проводников. Эти проводники включают в себя соединитель с по меньшей мере двумя электродами, которые соединяются с каждым из проводников, образуя шинную линию. Соединитель имеет структуру, в которой, когда соединитель соединен с шинной линией, один из электродов соединяется ...

Вычислительное устройство с возможностью размещения дополнительных накопителей данных

Полезная модель вычислительного устройства с возможностью размещения дополнительных накопителей данных относится к вычислительной технике, информационно-телекоммуникационным системам. Задачей, на решение которой направлена заявляемая полезная модель, является создание вычислительного устройства с возможностью размещения дополнительных накопителей данных. Решением является создание площадки для накопителей, которая позволяет разместить дополнительные накопители данных в объеме вычислительного устройства. 2 ил.

Устройство отображения

Изобретение относится к устройствам отображения. Технический результат заключается в обеспечении устройства отображения, содержащего наголовный узел, носимый на голове пользователя способный адаптироваться к криволинейной форме шеи пользователя. Устройство содержит наголовный узел, носимый на голове пользователя, узел формирования оптического изображения, установленный на наголовном узле и выполненный с возможностью представления виртуального изображения пользователю, когда пользователь носит наголовный узел на своей голове и нашейный узел, носимый на шее пользователя и выполненный с возможностью получения виртуального изображения и предоставления виртуального изображения узлу формирования оптического изображения для представления, при этом нашейный узел содержит жесткие конструкции, которые пространственно отделены друг от друга, и деформируемую часть, сформированную между соответствующими жесткими конструкциями, при этом конструкция внешней оболочки деформируемой части выполнена из гибких ...

ЭЛЕКТРОННОЕ УСТРОЙСТВО ДЛЯ ЧТЕНИЯ ДОКУМЕНТОВ

... 1. Электронное устройство для чтения документов, причем устройство имеет переднюю поверхность дисплея и заднюю поверхность устройства, устройство включает в себя разъем, установленный на кромке упомянутого устройства, при этом упомянутое устройство содержит заднюю панель, имеющую наружную поверхность для обеспечения упомянутой задней поверхности, и внутреннюю поверхность, при этом упомянутая задняя панель по существу прозрачна, а упомянутая внутренняя поверхность упомянутой задней панели по существу непрозрачна, и при этом упомянутая задняя панель имеет вырез для упомянутого разъема, такой что задняя поверхность упомянутого разъема находится по существу заподлицо с упомянутой задней поверхностью устройства, предусмотренной упомянутой наружной (поверхностью) упомянутой прозрачной задней панели, так что упомянутая непрозрачная внутренняя поверхность упомянутой прозрачной задней панели дает ощущение устройства, более тонкого, чем физическая толщина упомянутого устройства, определенная упомянутой ...

EIN/AUSGABE-VORRICHTUNG ZUM VERBINDEN UND ABSCHALTEN VON AKTIVEN LEITUNGEN

Anzeige zur Überwachung des Betriebszustands eines Computers und seiner Lüfter

Anzeige zur Überwachung des Betriebszustands eines Computers und seiner Lüfter zum Einbau in zwei übereinanderliegende sogenannte 5 1/4 Zoll-Laufwerkseinschubplätze, bestehend aus einer Basis, die nach hinten zwei "Ohren" mit Löchern zur Befestigung im Computergehäuse hat; bei der die Längsseiten nach vorne gebogen sind, um den Gehäuseinnenraum zu erhalten; bei der an den umgebogenen Längsseiten seitlich um 90° abgebogene Befestigungslappen mit Schraubenlöchern sind; die in ihrer Grundplatte Löcher hat, durch die die vorgenannten Befestigungslappen mit Werkzeug erreicht werden können; einer Trägerplatte mit vier Löchern, die zu den Löchern in den vorgenannten Befestigungslappen passen, in deren Mitte eine Lüfteranzeige ist; die links und rechts von der Lüfteranzeige eine Drucktastergruppe hat; einer Gummitastatur, die in der Mitte eine Aussparung für die Lüfteranzeige und links und rechts Drucktasten für die Bedienung der jeweiligen Drucktastergruppe hat; einer Frontmaske, die in der Mitte ...

Packung für elektronische Schaltung

Programmgesteuerte Interrupt-Interfacekarte mit Ausrichtungsvorsprüngen

Personalcomputer mit Verbinderanordnung, welcher eine Verriegelungsvorrichtung aufweist

Verbindervorrichtung

Verbindung zwischen einem Strangpreßprofil-Abschnitt und einer Platte

Abdeckplatte für Computer

Gehäusenachbildung von PLCC-ICs mittels einer in den PLCC-Sockel adaptierbaren Miniatur-Leiterkarte oder einem Bauelementeträger

Einbauschublade zur Aufnahme von Computerzubehör

Elektronisches Gerät mit Einbaustruktur für Platteneinheit

FRONTLADEVORRICHTUNG.

Geräteschrank

Die Erfindung betrifft einen Geräteschrank mit übereinander angeordneten Anwenderbereichen, welche zugangssicher ausgebildet sind. Für eine zugangssichere Verkabelung der einzelnen Anwenderbereiche wird eine Kabelkanalkonstruktion vorgeschlagen, welche modulartig ausgebildet ist und aus Kabelschächten und Abdeckungen besteht. Die Abdeckungen werden werkzeuglos an den Kabelschächten fixiert und die übereinander angeordneten Kabelschächte und Abdeckungen mit Hilfe eines Sicherungselementes am oberen Ende des Kabelkanals gesichert.

Auswechselbare Blenden für Towergehäuserückfront von EDV-Geräten

Gerätefuß

Gerätefuß (2) an einem Computergehäuse (1), der durch einen Bajonettverschluß (3) an dem Computergehäuse (1) festlegbar ist, dadurch gekennzeichnet, daß der Gerätefuß (2) einen Vorsprung (8) aufweist, der zur Verrastung mit einer entsprechenden Aussparung (4) im Computergehäuse (1) zusammenwirkt, wobei der Vorsprung (8) radial vom Mantel des Gerätefußes (2) nach außen absteht, und wobei an dem Computergehäuse (1) eine Gerätefußaufnahme (7) ausgebildet ist, welche einen Anschlag (9) aufweist der neben der Aussparung (4) angeordnet ist.

Aufbaukonzept für einen Computer

Die Erfindung betrifft ein Aufbaukonzept für einen Computer mit einem Computergehäuse (8) mit acht Litern Fassungsvermögen.

Computersystem mit anlegbarer Tastatur und Wechselanzeigefunktionen und Verarbeitungsverfahren davon

Ein Computersystem mit zusammenlegbarer bzw. anlegbarer Tastatur und Wechselanzeigefunktionen. Das Computersystem umfasst ein Hauptteil, das wenigstens eine Anwendung speichert. Ein Monitor und eine zusammenlegbare bzw. anlegbare Tastatur sind mit dem Hauptteil verbunden, wobei die Tastatur in einer offenen Betriebsposition und in einer zusammengeklappten bzw. angelegten Position positionierbar ist. Eine Signal-erzeugende Vorrichtung ist sowohl mit der zusammenlegbaren bzw. anlegbaren Tastatur als auch dem Hauptteil verbunden, um ein erstes Signal zu erzeugen, wenn die Tastatur zusammengeklappt bzw. angelegt wird. Ein Tastatur-Kontroller ist in das Hauptteil zum Empfangen des ersten Signals integriert. Ein Unterbrechungsanforderungs-Kontroller in dem Hauptteil ist mit dem Tastatur-Kontroller verbunden, um eine erste Unterbrechungsanforderung zu senden, wenn in der zusammengeklappten bzw. angelegten Position.

Compact personal computer

The personal computer has a housing (20) with a front plate (34) and a rear wall (24), enclosing electronic components including a main circuit board, a network stage and a disc drive mechanism (46). The front plate and the rear wall are coupled together via a pair of telescopic guide rails, allowing them to be displaced between a normal position and a retracted position for servicing and repair. The guide rail sections associated with the front plate and the rear wall may remain in engagement with one another in the retracted position, or may be fully separated, for removal of the front plate.

Industrial PC system based upon a cluster of modules within a 19 inch rack housing

The cluster system is based upon installation of modules in a 19 inch rack system.The modules can be pushed in fro front or rear and and latch directly into a midplane. The midplane contains all necessary cabling for the network and power supplies. An additional module contains the system switches.

Anordnung zur Kontaktierung eines Einschubwinkels

Datenlesermodul

Computergehäuse

Internal ventilation construction for cooling of a computer housing uses ducting with directional air flow

A computer system has a tower type housing [1] and in the back wall is mounted a ventilator fan [6]. A heat sink [31] is mounted on the main circuit board [3]. The fan is covered by a ducting unit [7] that has outlets [72] to direct cool air over the heat sink and also over the components mounted on the circuit board.

Gehäuse der elektronischen Datenverarbeitung aus transparentem Kunststoff

AKTIVES COMPUTERGEHÄUSE

Rechner-Einschubrahmen zur Aufnahme von steckbaren Speicherlaufwerk-Einschüben im Formfaktor 1,6 Zoll und/oder im Formfaktor 1 Zoll

Lösbare Frontplatte von Computer-Gehäusen

VORRICHTUNG ZUR ABSCHIRMUNG VON ELEKTROMAGNETISCHEN INTERFERENZEN

Rechner mit einer Montageanordnung für eine freigestellte Einheit

PARALLELGESTAPELTE COMPUTERMODULE HOHER DICHTE

ELECTRONISCHE EINRICHTUNG, INFORMATIONSPROZESSOR UND ANORDNUNG ZUM UNTERDRÜCKEN VON ELEKTROMAGNETISCHEN STÖRUNGEN

Elektrischer Steckverbinder sowie denselben verwendendes elektronisches Gerät

A connector comprises a base 1 and a cover 2 hinged to one end of the base 1. A counterpart 100 is sandwiched between the base 1 and cover 2 for connection and is retained, for example by a latch keeper 27 of the cover. The angle of rotation of the cover is limited, for example by linkwork 4. The connection face of the connector may have a V-shaped connector-receiving recess 12 in which contacts 3 are resiliently mounted. The base 1 may be attached to a modem card or to the base or lid of a portable computer, in which case the cover may be flush-mounted when closed and the connector with the cover closed may have a thickness the same as the card. The base may be hinged to a card so that cards may be mounted close together (figures 34, 35, not shown). ...

Festlegung einer Einschubbaugruppe in einem Einbaukäfig eines Computers

Anordnung zur Festlegung einer Einschubbaugruppe (6), wie z.B. einem Laufwerk, in einem Einbaukäfig (5) eines Computers, mittels Halteschienen (7) aus Kunststoff, die seitlich an die Einschubbaugruppe (6) ansteckbar sind, wobei am Einbaukäfig (5) Führungsschienen (1) aus Kunststoff vorgesehen sind, in welche die Halteschienen (7) einsteckbar sind, dadurch gekennzeichnet, daß an den Führungsschienen (1) federnde Elemente (2) ausgebildet sind, wobei die federnden Elemente (2) einstückig mit den Führungsschienen (1) hergestellt sind und die Einschubbaugruppe (6) horizontal und vertikal festlegen.

Computer case support foot has a bayonet connection that allows its easy attachment and detachment from the computer case without use of additional fittings

Detachable support foot (2) for a computer case has a bayonet connection (3) with which it can be joined to the computer case.

Computer case has a normal housing and an additional modular expansion housing for addition of extra components that cannot be fitted in the main case, providing extra space in a cost effective and tidy manner

Computer case has a base plate (2) and top plate (1). The case comprises a base housing (7) and an expansion housing (8). The expansion house can fixed in modular fashion to the bottom of the base housing by an upward (5) attachment procedure.

Computer system with fabric modules

A chassis is configured to hold at least one horizontal row of node modules and a fabric module. The fabric module can be positioned above or below the row so that it can communicatively couple two or more node modules. Each of the node modules and the fabric modules can be inserted into and removed from the chassis longitudinally.

Reactive power management

ELECTRICAL PRINTED CIRCUIT CONNECTION PANEL

... 1449210 Printed circuit assemblies COMPAGNIE HONEYWELL BULL 22 March 1974 [26 March 1973] 12959/74 Heading H1R An electrical connection panel 10 comprises connectors 11 into which printed circuit boards are plugged for connection between contact strips on opposite sides of the latter and contact seatings of the connectors 11 having shanks extending through metal lined holes T of panel 10. Connectors 11 are disposed in rows between 2 part fixing bars 14, 15 of the panel 10 flanged to grip the connector ends. Metal lined holes T are aligned in rows referenced R 0 , R 1 , R 2 , &c. and columns C 0 , C 1 , C 2 , &c. and are themselves referenced to columns and rows, e.g. T 1À3 , with the axes of the rows being referenced M 1 , M 2 , M 3 , &c. (Figs. 1, 2). The panel 10 (Figs. 3, 4) comprises two layers 17, 18 of printed conductors respectively referenced 17P, 17Q, 17R &c. and 18F, 18G, 18H, &c. separated by an insulant layer 19 and sandwiched between conductive plates 20, 21 over insulant layers ...

IMPROVEMENTS RELATING TO COMPUTERS

USER-BUILT AND UPGRADABLE PERSONAL COMPUTER

DATA PROCESSING MACHINE

Computer construction

DISC DRIVE MOUNTING

Routing Flexible electrical cable between movable members

The route of a flexible cable 300 between two movable members is defined by an obstacle 260, 230 such that the connection follows a first route (e.g. in figure 4a) when the members are in a first configuration and a second route (e.g. in figure 4c) when the members are in a second different configuration. The cable 300 may be a flexible pcb between parts of a folded mobile phone or alternatively between a keyboard and a display which fold. The obstruction may be in the form of a projection 260 on one member and projections 220, 240 and 250 on a spindle 230 of the other member. Projection 220 may form an axis of rotation of one member relative to the other. The cable is threaded through the projections. During rotation between the first route in figure 4a to the second route in figure 4c, the route of the cable changes so that it no longer engages projection 250.

Electro-mechanical interlock for hot-swappable power supplies

Electronic device that accepts an accessory card, and design methodology therefor

In-car PC

An in-car-mounted personal computer includes within a custom case the components of a conventional laptop computer, a second cooling fan, a wireless mouse unit, a wireless LAN kit and an SVGA to TV converter. It is powered by a 12V DC to 240VAC convener. The computer has a conventional operating system and runs conventional application software, e.g. for Internet connectivity, e-mail, dictation, storage, voice over IP, video conferencing, audio/visual, route-finding, security and game-playing applications.

Portable terminal and usb device

Accessory mounting for digital computer

A mounting for a computer accessory such as a hard disc drive comprises a tray 2 for accommodating the accessory 1 which can be inserted into a mounting bay in the computer against the bias of resilient means 4. The tray 2 carries a bezel member 7 movable along the insertion path independently of the tray to latch or unlatch the tray in place, using latching members 6 in association with latching tracks formed in the bezel, by means of a push-push action. In a second embodiment (Fig 5), the resilient means are mounted on the housing.

Memory module comprising units jointed together bytabs and sockets along the sides each holding a c hip

Multi input memory device reader

A digital media access device having several sockets (13, 14, 20, 21, 22) for accessing different removable storage media such as memory cards (13), a means for allowing the user to identify the type of removable storage media and means for indicating (18, 23) which slot to use for the identified storage media. An eject button (29) is provided for ejecting from a plurality of slots. Solenoid (19) actuated shutters are also provided to prevent mis-insertion of memory cards.

Extending computing system

Electronic apparatus having an optical communication function

CONNECTING MECHANISM FOR MEMORY CARD

HARD DISK DRIVE MODULE

Versatile and intelligent power controller

A means for securing a backplane in a computer housing

A computer housing (10) has a holding element (50) for securing a backplane (20) against a depth limit stop (30) and a centering element (40). The backplane (20) has a first side (60) and an opposite second side (70) and arranged on the first side (60) of the backplane (20) there is a plug-in contact strip (80), which is provided to accommodate a plug-in card module. The depth limit stop (30) of the computer housing (10) is set up in such a way that the backplane (20) to be secured rests against the depth limit stop (30) with its first side (60), and the centering element (40) guides the backplane (20) to be secured into a predetermined position in the computer housing (10). The holding element (50) holds the backplane (20) against the depth limit stop (30). The backplane can therefore be positioned more accurately within the computer housing without the need for screw fixings.

Connector apparatus for interconnecting units in a computer system

The described connector apparatus is for connecting together the housings of two individual units in a computer system, such as a computer housing (10) and a housing (12) for a peripheral unit. The abutting surfaces of the two housings define two abutment surfaces (14, 16). The connector comprises two clamping arms (54,56) attached to and extending substantially normally from one of the abutment surfaces. Each of the two clamping arms has a projection (58, 59) at its end facing the other arm. The connector further comprises two receptacles (76, 78) in the housing which presents the other abutment surface. The two receptacles are shaped to receive the two arms and the projection thereon and to engage such projections so that the frictional forces between the surfaces of the receptacles and those of the projections securely connect the two abutment surfaces. ...

Filler panel for computer chassis

A filler panel 202 for filling an empty gap in a computer chassis is formed with a handle 902 to facilitate its removal. In addition to fastening screws 204 the panel may also have locating elements 208 to define its position on the chassis more precisely. The panel may also carry a removable electromagnetic screening element (206, Fig 2).

Slot placement of an integrated motherboard

Methods and apparatus for securing disk drives in a disk array

A disk drive array system 400 includes a plurality of disk drives 402 rigidly connected to one another. The array may include a cage 100 defining openings 110 configured to receive the disk drives 402 individually therein, and a locking mechanism (133) for rigidly securing the drives 402 to the cage 100 and to each other. Alternatively, the array 300 may comprise a chassis 310 configured to support a plurality of disk drives 312A-312D where the disk drives are rigidly connected to one another via a connecting member 314A-314C rigidly connected to each drive. The chassis may be supported in a frame 302 and rigidly connected thereto via a chassis connecting member 320A, 320B. By rigidly connecting the drives to each other and to their enclosure, the collective inertial mass of the drives is increased and the effects of unwanted vibrations reduced.

Flexible I/O connection system and method

Cover shield assembly for computer main unit panel

Personal cluster computer

Data processing system with balcony boards

A data processing system 210, comprising a mainboard 10, at least one processor module 12, and at least one memory module 14; the data processing system 210 further comprises: at least one balcony board 16 carrying at least one of the processor modules 12 and at least one of the memory modules 14, wherein the processor module 12 comprises a first pin area 22 for connecting to the balcony board 16 and a second pin area 24for connecting to the mainboard 10, such that the balcony board 16 is attached to the mainboard 10 in a fixed position; further comprising an opening 18 in the balcony board 16 through which the processor module 12 is plugged in a socket 20 attached to the mainboard 10, or further comprising an opening 19 in the mainboard 10 through which the processor module 12 is plugged in a socket 21 attached to the balcony board 16. Is disclosed are a mainboard 10 or a balcony board 16 for a data processing system 210, comprising at least one opening 18,19 for receiving a processor ...

Aircraft cabin data terminal

A data terminal for use in an aircraft cabin management system comprises a visual display device 14, a keyboard 18, a high speed printer 28, a magnetic card reader accessible through an opening 58 in the keyboard, a mark sense card reader 42, a plurality of hard discs 154, and a floppy disc drive 92, all within a single housing 10. In order to enhance the security of system operation, the keyboard is retractible within the housing behind a door which can be locked. ...

Clustering system

A modular computing cluster system comprises: A motherboard 200, including connectors 205 to connect to several interface boards 300; where each interface board comprises multiple connectors 303 for additional modules 400/500 (e.g. for processing or storage hardware). Each interface board is preferably networked such that it is capable of communicating directly with any other interface board in the system, which effectively allows any board of the system to Communicate with any other board in the system. This provides a system which has large scalability and may use low power components to reduce cooling requirements in, for example, a server system. The interface boards preferably communicate via a network pass through; and, the modules ware positioned parallel to the interface board when engaged with the module connector. The motherboard preferably includes a network controller, arranged to receive inputs from the plurality of interface boards. The connectors preferably comprise pins ...

Personal cluster computer

A personal cluster computer comprises a cuboid cabinet (2), an internal frame (10) and four motherboards consisting of a master 3 and three slaves 4, 5, 6, each with a first edge and a second edge opposite the first edge. Within the cabinet, the master motherboard 3 is mounted on the frame vertically, perpendicular to a back panel 8 of the cabinet with its first edge adjacent the back panel. The first slave motherboard 4 is mounted on the frame vertically, parallel to the back panel 8 and adjacent to the second edge of the master 3 and an upper side of the cabinet. The second slave motherboard 5 is mounted on the frame vertically, parallel to the back panel 8 and the first slave 4, and at the same height as the first slave. The third slave motherboard 6 is mounted on the frame horizontally at a base of the cabinet and below the first and second slaves 4, 5. Each motherboard may have an attached ventilator 11 extending in a perpendicular direction to the motherboard to which it is attached ...

MULTI-MODE MICROPROCESSOR WITH ELECTRICAL PIN FOR SELECTIVE REINITIALIZATION OF PROCESSOR STATE

Improvements in network server cabinets and racking enclosures

A computer server, data, telecommunications or network cabinet has a central body section 1 and movable sliding sections 2 and 5 located on opposite sides of the main body. Each sliding section may be withdrawn or pulled out to an extended position Figures 1,5,6 or pushed in to a retracted or closed position Figures 2- 4, 7. The cabinet may be located on castors or wheels 9, 11, 12, 14 and sliding rail brackets Figure 6, 33E, 36E, 46E. Access doors 7, 16 are provided as is an air ventilation means Figure 4, 21. The sliding sections telescope to allow the volume of the cabinet to be altered to suit the size of the contents and to allow for future expansion. Cable routing and mounting means are also provided. Clamping screws may be fitted, Figure 4, 20, 23-25.

MAGNETIC DISK APPARATUS

HARD DISK DRIVE MODULE

Electrical lead and financial terminal including the lead

A connector

Computer

Device comprising a cabinet for containing printed circuit boards

In a device, notably a central unit of a data-processing system, comprising a number of closely spaced printed-circuit boards, the heat generated in the circuits is dissipated by circulating air cooled by a refrigeration module through a cabinet containing the printed-circuit boards. The cabinet comprises two parallel side walls (16 and 17) interconnected by a bottom plate (19) which is formed with parallel guide channels for the lower edges of the boards and with apertures between the guide channels for the upward flow of cooling air between the boards. At their upper edges the side walls are interconnected by transverse bars (21, 22 and 23) each carrying guide members for the upper edges of the printed-circuit boards. ...

MODULAR HOUSING UNITS FOR CONTAINING ELECTRONIC APPARATUS

HOUSING FOR THE ADMISSION OF ELECTRICAL CIRCUIT CARDS

MEMORY READER WITH A MULTIPLICITY OF INTERFACES

CONNECTING SYSTEM FOR COMMUNICATION CHANNELS AND WITH THIS SYSTEM EQUIPPED EXTENSION CARD

TOUCHPAD WITH INTEGRATED ANTENNA FOR LAPTOP COMPUTERS

WIRING ARRANGEMENT FOR THE FUNCTION-REGULATORY CONNECTION OF ELECTRONIC INFORMATION DEVICES

TERMI SOLUTION FOR ELECTRONIC DEVICES

COMPUTER

ELEKTRONISCHES GERAET

VERDRAHTUNGSANORDNUNG FUER DIE FUNKTIONSGEORDNETE VERBINDUNG VON INFORMATIONSELEKTRONISCHEN GERAETEN

HOLDING AND EXCHANGING DEVICE AND METHOD FOR POWER MODULES

Die Erfindung betrifft ein Verfahren und ein Modulares Halte- und Austauschsystem (1) für Mittel- oder Hochspannungsumrichter, bevorzugt einen Modularen Multilevel- Umrichter, umfassend ein Gestell (2) zur Aufnahme von zumindest zwei übereinander in Aufnahmeräumen (3) angeordneten Leistungsbaugruppe (4), wobei das Gestell (2) zumindest zwei Paar Vertikalstehelemente (5) und zumindest zwei, die Vertikalstehelemente (5) in eine Längsrichtung (10) des Gestells (2) in einer horizontalen Auflageebene (9) verbindende Tragelemente (6) aufweist, ein mit dem Gestell (2) koppelbares Hebewerkzeug (7), welches zumindest einen, bevorzugt zumindest zwei, zwischen einer Ruhestellung (13) und einer Stütz- bzw. Servicestellung (14) zum zeitweiligen Anheben und/oder Bewegen einer Leistungsbaugruppe (4) verstellbare Rollkörper (19) umfasst, wobei die Leistungsbaugruppen (4) in Querrichtung (11) gegenüber einer Gehäusebreite (15) hervorragende Stützflächen (16) zur Abstützung auf den Tragelementen (6) aufweisen ...

PERIPHERAL DEVICE ALSO AT LANDLORD EQUIPMENT FASTEN-CASH EXTENSION PLUG CONNECTOR

INTERFACE DEVICE OF DIGITAL PLAYING EQUIPMENT WITH CHANGE ADAPTER

SCALE-CASH, COMPONENT-SELECTABLE AND HIGH-INTERLACED THREE-DIMENSIONAL ONES COMPONENT ARRANGEMENT WITHIN A SYSTEM

P.O.S. SYSTEM

Verfahren zur Steuerung der Nachfrage an elektrischer Energie und Rechnerwolke

Die Erfindung betrifft ein Verfahren zur Steuerung der Nachfrage an elektrischer Energie in zumindest einem Versorgungsnetz mit mindestens einem Anbieter und mehreren Verbrauchern. Dabei sind Rechner, die an ein Versorgungsnetz zur Stromversorgung angeschlossen sind, über ein Netzwerk miteinander verbunden. Ein Steuersystem variiert die Rechenleistung der Rechner in Abhängigkeit der Versorgungslage.

Printed circuit board unit and computer device having the same

A printed circuit board unit usable with a computer device includes a main board on which a first component and a second component are mounted on an upper surface, and a routing unit mounted on at least one of the upper surface and a lower surface of the main board and including a sub-wire forming at least part of a wire to transmit a data between the first component and the second component.

Storage device assembly

A storage device assembly includes a storage device, a bracket and a securing member. The storage device defines a first securing hole. The bracket includes a sidewall with an opening. The securing member is attached to an outside of the sidewall and includes an actuating end, a securing end, and a pivot portion formed between the actuating end and the securing end. The actuating end includes a ridge portion. The pivot portion is pivotally attached to the sidewall. The storage device abuts the actuating end of the securing member to force the securing end to pivot toward the sidewall and engage the first securing hole, and the actuating end extends through the opening and to be pressed by the storage device when located in the bracket.

Mounting apparatus for data storage device

A mounting apparatus for mounting a data storage device includes a bracket, a mounting member fixed to the data storage device, a locking member movably attached to the bracket, and a resilient member arranged between the locking member and the bracket. The bracket defines a slide slot. The mounting member forms a post at an outer surface to slide in the slide slot. The locking member forms a protrusion with an inclined surface and a stop surface. The post of the mounting member can ride over the inclined surface of the locking member to be limited by the stop surface.

Data center

A data center includes a rack, and a server module installed in the rack. The server module includes a top surface, a bottom surface, and left and right surfaces. A number of closing members are positioned on the top surface, the bottom surface, and the left and right surfaces of the server module. The closing members resist against the rack to close the interstices between the rack and the server module, to avoid hot air vented from the server module flowing back through the interstice.

Method and apparatus for storage of cables

There is provided a method and apparatus for storage of cable, comprising: a cable reel, said cable reel being rotatable about an axis and having a surface spaced from said axis, said surface being arranged to store wound cable thereon, the cable reel further comprising: a first receiving portion for receiving a first part of the cable; a second receiving portion for receiving a second part of the cable; and a guide for guiding the cable between the first and second receiving portions, wherein the guide is arranged to guide the cable along a path extending in three dimensions.

Extruded server case

A liquid submersion cooled computer that includes a seamless, extruded main body used to form a liquid-tight case holding a cooling liquid that submerges components of the computer. By forming the main body as a seamless extrusion, the number of possible leakage paths from the resulting liquid-tight case is reduced. No seams are provided on the main body, and there are no openings through the walls of the main body, so liquid cannot leakage through the main body. Any leakage paths are limited to joints between the main body and end walls which are sealingly attached to the main body to form the liquid-tight case.

Rack server

A rack server includes a chassis having a front and a rear ends which are divided by a partition board into a first and a second chambers; a mother board module, located in the first chamber; a hard drive module, disposed in the second chamber. The hard drive module includes a hard drive cage, slidably disposed in the second chamber from the front end, in which the hard drive cage has a first and a second sides parallel to the partition board and the second side has a hard drive port; a hard drive backplane, vertically fixed to the first side of the hard drive cage; a plurality of hard drives, pluggably disposed in the hard drive cage and electrically connected to the hard drive backplane. An extendable/retractable support arm and a wire set arranged inside it maintain an electrical connection of the hard drive cage.

Electronic device

An electronic device includes a chassis, a receiving tray received in the chassis, a drive bracket slidably received in the receiving tray, and a connecting assembly. The receiving tray includes a first clasping portion, and a first circuit board is located in the receiving tray. A storage device is received in the drive bracket. The storage device is electronically connected to the circuit board. The connecting assembly includes a flexible cable electronically connected to the first circuit board and a mounting member. A first extending piece is located on the mounting member. The first extending piece is clipped to the first clasping portion, and the mounting member is attached to the flexible cable.

Server architecture

The present invention provides a server architecture, which comprises a plurality of first middle planes disposed horizontally in the server chassis, and each of the first middle plane electrically coupled to a server board such that the server board is also horizontally disposed in the server chassis. By means of the server architecture in the present invention, in addition to providing a hot-swappable function to the server board, for the whole server system, horizontally arranged first middle plane and server board will not block the route for heat dissipating flow so that the heat dissipating efficiency with respect to the server will not be reduced.

Interlocking system for securing a printed circuit board

An electronic component and housing interlocking system is provided. The system includes a device housing configured to hold a printed circuit board. The printed circuit board includes a projection from a side of the printed circuit board. The system also includes a locking member having a tab coupled at a first end of the tab to a side wall of the device housing and free at a second end of the tab such that the tab is configured to flex about the first end when the printed circuit board is slid into the device housing and the projection is pushed against the second end of the tab. The tab includes an opening configured to receive the projection after being slid past the second end such that the tab engages the printed circuit board within the device housing in a locked position

Electronic device enclosure

An electronic device enclosure comprises a securing plate and a bracket adapted to receive an I/O connector therein. The bracket comprises a first resilient piece, a second resilient piece, a first retaining piece and a second retaining piece. The bracket is capable of securing to the front wall in a first position, where the first resilient piece and the first retaining piece abut two opposite surfaces of the securing plate, and a second position, where the second resilient piece and the second retaining piece abut the two opposite surfaces of the securing plate.

Structural fabric of a storage apparatus for mounting storage devices

A storage device mounting structure with excellent handleability for storage devices is provided. A storage device mounting structure according to this invention includes a unit for housing a plurality of storage devices, a chassis for housing the unit, and a guide mechanism for supporting the unit and guiding it into or out of the chassis, wherein the unit has an open area for inserting the plurality of storage devices from a front face of the unit into the unit and is supported by the guide mechanism so that the unit can freely move rotationally to make a surface of the unit, where the open area exists, positioned at the front of the chassis.

Enclosure with slide assemblies

An enclosure includes a bottom plate, and a plurality of slide assemblies fixed to the bottom plate. Each of the plurality of slide assemblies includes a fixed member fixed to the bottom plate, and a rotary member rotatably received in the fixed member. The rotary member includes a first fixed and a second fixed portions, and a wheel. The first fixed portion is fixed to the second fixed portion, the second fixed portion is connected to the fixed member, and the wheel is fixed to the first fixed portion. The rotary member is operable to be in a first position to expose the wheels for moving the enclosure, and in a second position to be received in the fixed member.

Electronic device

An electronic device includes a chassis, first and second rails, first and second sliding elements and a hard disc module. The chassis has two side plates and a front end. The first and second rails configured in the chassis are parallel to the side plates. The first and second sliding elements are slidably configured on the first and second rails respectively. The hard disc module includes a hard disc frame and hard discs pluggably configured therein. The hard disc frame has a back end and first and second sides parallel to the side plates. The second side has hard disc plugging openings. The first and second sliding elements respectively connect the first side and the back end. The hard disc frame is located between the first and second rails. The hard disc module is suitable for being pulled out from the chassis when the first and second sliding elements slide.

Heat dissipation system

A heat dissipation system includes an enclosure, and a mainframe module enclosed in the enclosure. The mainframe module includes a baseboard with a motherboard and a mass storage device attached to the baseboard, a first cooling fan mounted on a top surface of the motherboard, and an air guiding panel attached on the baseboard surrounding the mass storage device. The air guiding panel guides cool air to the mass storage device along a first direction and out of the mainframe module by the first cooling fan in a second direction perpendicular to the first direction.

Interface device for electronic equipment and electronic equipment including the same

An interface device for electronic equipment including at least one port electronically connected to an external device; a housing disposed in the electronic equipment and includes an opening through which the port is drawn in and out; a door which accommodates the port and performs a first motion and a second motion, the first motion being rotation between an open position, in which the opening of the housing is open, and a close position, in which the opening is closed, the second motion being sliding between the open position and a projecting position, in which the door projects from the open position in a transverse direction to a rotation axis of the first motion parallel with an installation surface of the electronic equipment; and a driving unit which provides driving force to the door in the close position of the first motion of the door and in the second motion.

Computer enclosure

A computer enclosure includes an enclosure, a mounting board, a device mounted to the mounting board, and a latching member pivotably mounted to the mounting board. The enclosure includes a bottom plate, and a number of mounting tabs extend from the bottom plate. The mounting board is detachably mounted to the bottom plate. A number of clamping hooks extend from the mounting board, to fix the mounting tabs. The latching member includes an elastic hook. The latching member is rotated, with the elastic hook received in or withdrawing from the enclosure. When the hook engages with the enclosure, the latching member prevents the clamping hooks from disengaging from the mounting tabs.

Information processing device

An information processing device includes a housing, a display, an auxiliary storage, a main storage, and a lid. The housing is formed with an opening in a back surface thereof. The display is provided on the front side of the housing. The auxiliary storage is contained in the housing so as to be exposed via the opening. The main storage is contained in the housing so as to be exposed via the opening. The lid can be attached to and detached from the opening.

Clamping device for hard disk drive

A clamping device for clamping a hard disk drive includes a supporting frame and a spacing member. The supporting frame includes a connection board, a fixing arm, and a spacing arm. The fixing arm and the spacing arm extend from opposite ends of the connection board in a direction away from the connection board. The connection plate, the fixing arm, and the spacing arm cooperatively define a receiving space for receiving the hard disk drive. The spacing arm includes an internal surface facing the receiving space and an external surface opposite to the internal surface. The spacing member includes two elastic elements. The spacing member is arranged on the external surface, with portions of the elastic elements protruding out of the external surface.

Server rack and electronic system incorporating the same

An exemplary server rack includes a box adapted for receiving a plurality of servers therein, a plurality of pivoting members pivotally connected to the box; and a plurality of covers fixed to the pivoting members respectively. The box includes a front board and a back board opposite to the front board. The front board and the back board both define a plurality of though holes adapted for airflow to pass therethrough. Each cover is operable to pivot relative to the box via the corresponding pivoting member, and thereby cover some of the through holes of the front board of the box.

Textured structure, texturing method, and electronic device with textured structure

A textured structure includes a main body, a first textured surface and a second portion arranged on the main body. At least a part of the second textured portion is surrounded by the first textured surface, and the height H from the first textured surface to the main body is greater than the height L from the second textured surface to the main body. A textured method and an electronic device with the textured structure are also provided.

Fixing unit, computer accessory device mounting apparatus and an electronic device having the same

A fixing unit includes a fixing plate and a bolting member. The fixing plate including a front surface and a rear surface has a holding portion and a locking structure. The bolting member is movably assembled on the fixing plate. The bolting member includes a main segment, an extension segment and a protruding segment sequentially defined thereon. The main segment and the extension segment have a first flanged structure therebetween. The extension segment inserts into the holding portion of the fixing plate. When the bolting member is secured to the fixing plate, the protruding segment of the bolting member exposes form the front surface.

Portable computer hard drive structures

Portable computer structures are provided. The portable computer structures may include hard drive mounting structures. The hard drive mounting structures may include elastomeric support members. Each elastomeric support member may have a relatively rigid inner portion. The inner portion may include a hole that receives a hard drive mounting pin. Each elastomeric support member may also have a relatively flexible outer portion. The relatively flexible outer portion may be mounted within an opening in a plastic support member. The rigid inner portion may have a square outline and may be mounted within a square opening in the flexible outer portion.

Electronic apparatus carrying device

An electronic apparatus carrying device for carrying an electronic apparatus is disclosed. The electronic apparatus carrying includes a device shell and a pulling tray slidably connected to the shell. The shell defines an insert opening therein, the pulling tray is passable through the inserting opening. The pulling tray includes a tray portion and a handle portion connected to the tray portion. The tray portion supports and carries the electronic apparatus. The handle portion includes a pull bar and two cranks. The cranks includes first ends pivotally coupled to opposite ends of the tray portion, and opposing second ends slidably and pivotally coupled to opposite ends of the pulling bar. Each of the first end of the cranks having an engaging portion, the cranks are rotatable about a rotating axis at the first ends between a first position and a second position.

Media content device with customized panel

A media device, which may take the form of a set top box (STB), includes a housing or chassis that incorporates an interface panel having selectively configured regions that cooperate with components mounted on a printed circuit board. The selectively configured regions of the interface panel may advantageously provide desired clearance or contact between the interface panel and one or more of the components. In addition, the selectively configured regions of the interface panel may be arranged to provide structural support to a top panel of the chassis while providing specific heat transfer pathways between the components and the chassis. In this manner, the interface panel may be controllably designed with a desired thermal mass and/or a desired thermal conductivity in specific regions of the interface panel by varying properties of the interface panel which may include, but are not limited to, the panel thickness and material.

Mounting bracket and electronic device using the same

A mounting bracket for mounting a storage mechanism to an electronic device includes a main portion and two fixing portions located at opposite ends of the main portion. At least one of the fixing portions defines a through hole therein, and a buffering protrusion extending out from a surface of the fixing portion and surrounds the through hole. An electronic device having the mounting bracket is also provided.

Disk drive mounting apparatus

A disk drive mounting apparatus including a bracket including a maintaining plate and an installing piece extending from the maintaining plate, and a mounting member including a limiting piece substantially parallel to the installing piece. The mounting member is secured to the maintaining plate in a first position or a second position; a distance between the installing piece and the limiting piece in the first position is larger than a distance between the installing piece and the limiting piece in the second position. When the mounting member is in the first position, the installing piece and the limiting piece are adapted to secure a first disk drive therebetween; and when the mounting member is in the second position, the installing piece and the limiting piece are adapted to secure a second disk drive of a size smaller than a size of the first disk drive.

Enclosure and cable clip

An enclosure includes a bottom plate, a circuit board, and a cable clip. A number of mounting posts extend from the bottom plate. Each mounting post axially defines a mounting hole. The cable clip includes a main body, a mounting portion extending from a first end of the main body, and a clipping portion extending from a second end of the main body to bind cables. The cable clip defines a first through hole, for a corresponding one mounting post extending through. The circuit board defines a number of second through holes. The circuit board is supported on the mounting posts, with the second through holes aligning with the mounting holes. Fasteners extend through the second through holes to engage in the mounting holes to mount the circuit board to the bottom plate. The mounting portion is clamped between the circuit board and the bottom plate.

Fan mounting apparatus for heat dissipation

A fan mounting apparatus for a computer system comprises a chassis comprising a bottom plate and a rear plate substantially perpendicular to the bottom plate, a plurality of ventilation holes defined in the rear plate; at least two engaging members and a blocking portion extending from the rear plate, the at least two engaging members and the blocking portion being around the plurality of ventilation holes; a fan comprising a sidewall; wherein the at least two engaging members are mirror symmetry around the plurality of ventilation holes and engaged with the sidewall to prevent the fan from moving in a first direction, a second direction opposite to the first direction, and a third direction substantially perpendicular to the rear plate; and the blocking portion abuts the sidewall to prevent the fan from moving in a fourth direction substantially parallel to the rear plate.

Mounting apparatus for bezel

A mounting apparatus for bezel includes a first mounting structure secured, and a chassis. A plurality of first hooks is defined in the bezel. The chassis includes a first sidewall. The first sidewall defines an installation groove. The first mounting structure includes an installation member, and a locking member slidably installed in the installation member. The installation member is engaged with the plurality of first hooks. The locking member is slidably installed on the installation member. The installation member defines a through hole, and a latching portion is located on the locking member. The latching portion extends through the through hole to be engaged in the installation groove and the latching portion can be disengaged from the installation groove when the locking member slides.

Electronic device enclosure

An electronic device enclosure which is able to resist damage from jolts or bumping includes a frame, a limiting member located in the frame, a cover secured to the frame, a mounting bracket and a blocking member. The frame includes a side plate. The mounting bracket is adapted to receive a data storage device and includes a first sidewall and a second sidewall opposite to the first sidewall. The second sidewall is secured to the side plate. A first end of the first sidewall is rotatably received in the limiting member and located between the limiting member and the second sidewall. A second end of the first sidewall opposite to the first end is hung on the frame. The blocking member is secured to the cover and abuts the second end. The second end is located between the blocking member and the second sidewall.

Computer chassis for mounting motherboard therein

A computer chassis includes an enclosure and a motherboard. The enclosure includes a bottom plate and a rear plate. A plurality of convex projections is located on the bottom plate. Each of the plurality of convex projections defines a first mounting hole. A first restricting piece is located on the bottom plate. The motherboard defines a plurality of second mounting holes. The motherboard is located on the plurality of convex projections and between the rear plate and the first restricting piece with a front edge of the motherboard abutting the first restricting piece and a rear edge of the motherboard abutting the rear plate. The plurality of second mounting holes of the motherboard is aligned to the first mounting holes of the plurality of convex projections.

Data storage device carrier assembly

A data storage device assembly includes a drive bracket. The drive bracket includes a first side plate and a second side plate which faces to the first side plate. Each of the first side plate and the second side plate defines a slide way which is adapted to receive a data storage device assembly sliding therein. The first piece and a second piece is secured together on the first side plate. The second piece includes a pair of first bent pieces and a pair of second bent pieces connected to edges of the second piece. The pair of first bent pieces faces to each other. The pair of second bent pieces faces to each other. The pair of first bent pieces is secured to the pair of second bent pieces.

Computer system with airflow guiding duct

A computer includes a computer case and an airflow guiding duct. The computer case includes a rear plate with a number of air outlets. A bracket and a first fan are received in the case. The bracket receives a number of first heat generating components and includes a mounting plate with a number of through holes. A heat sink and a second fan are received in the case, and the second fan is attached to the heat sink for absorbing heat generated by a second heat generating component. The duct defines an hole and an opening. The through holes, the first fan, the hole, and the air outlets define a first airflow passage for cooling the first heat generating components, and the second fan, the opening, the hole, and the air outlets define a second airflow passage for cooling the second heat generating component.

Mounting apparatus and vibration dampening structure for electronic device

A vibration dampening structure mounted on a mounting apparatus for a storage module includes a dampening member and a fastener. The dampening member defines a through hole. The fastener includes a head portion and a neck portion extending from the head. The neck portion is received in the through hole. The head portion has a smooth face to decrease friction between the head portion and the data storage module movable relative to the head.

Mounting apparatus for storage device

A mounting apparatus includes a bracket and a tray. The bracket is capable of securing a first storage device and includes a bottom plate and two side plates located on the bottom plate. The tray includes a top panel, a first side panel, a second side panel and a third side panel. The first side panel, the second side panel and the third side panel are located on the top panel. The first side panel is located between the first side panel and the second side panel. The tray is capable of securing a second storage device between the first side panel and the third side panel. The tray is secured to the bracket, each of the first side panel and the second side panel is secured to each of the two side plates of the bracket.

Computer enclosure

An enclosure comprises a chassis, a front panel installed on the chassis, and a cover. The front panel defines an opening. Two mounting board are located on the front panel. Each of the two mounting board defines a first slots. The cover comprises a base wall and two sidewalls located on opposite sides of the base wall. A first latching portion is located on the sidewall. The first latching portion is slidabaly engaged in the first slot. The cover is slidable relative to the front panel to the base wall covering the opening or uncovering the opening.

Dummy hard disk drive

A dummy hard disk drive (HDD) is for arrangement in an electronic device. The dummy HDD includes a top plate, a first side plate, a bottom plate, and a second side plate which can be formed into either a rigid box, or into a thick flat plate.

Bezel assembly for electronic device

A bezel assembly includes a panel, a shielding member attached to the panel, and a securing member. The panel defines a hole. The shielding member includes a mounting portion. The securing member includes a securing panel and a resilient arm. A first end of the resilient arm is connected to the securing panel, and a second end of the resilient arm is attached to the panel. The mounting portion extends through the hole and engages with the securing panel. When the shielding member is disengaged from the panel, the securing panel is moved relative to the panel in a direction substantially parallel to the shielding member, the resilient arm is deformed, the securing panel is disengaged from the mounting portion, and the mounting portion is removed from the panel in a direction substantially perpendicular to the shielding member.

Retention device for data storage module

A retention device includes a holder and an extractable casing mounted to the holder. The retention device includes a base, a cover opposite to the base, and a lateral plate extending from the base and interconnecting the base and the cover. The base, the side plates, and the cover cooperatively define a rectangular first cavity with an opening at a lateral side. The casing and the holder cooperatively define a second cavity. A size of the second cavity is less than that of the first cavity.

Push-Push Eject Disk Drive Chassis

A push-push eject disk drive chassis user-swappably accepts a disk drive, without tools or a caddy and is sufficiently narrow, such that two such chassis may be disposed side-by-side within a housing having a standard disk drive form factor and accept disk drives having smaller form factors. A data storage system that conforms to a disk drive form factor and that can be installed into a disk drive bay of a user computer includes a plurality of such disk drive chassis user-swappably accepts a plurality of side-by-side disk drives, without tools or caddies. The data storage system may include electronics that manage storage space on any disk drives installed in the chassis and present the cumulative storage space (less space used for overhead and redundancy) as a single virtual disk drive to the user computer.

Customized content for electronic devices

A method for providing customized content to an electronic device. The method may include activating the electronic device through a packaging that substantially surrounds the electronic device, without substantially damaging or removing the packaging. Once the device is activating, connecting the electronic device to a content and providing the content to the electronic device without substantially damaging or removing the packaging.

COMPUTER RACKS

Example computer racks to improve environmental sustainability in data centers are disclosed. An example computer rack includes a spine (); a first set of support structures () and a second set of support structures () extending from the spine (). Each of the support structures () is positioned to receive a respective blade. A first communication port is carried by the spine () and associated with the first set of support structures (). A second communication port is carried by the spine () and associated with the second set of support structures (). 1. A computer rack comprising:{'b': '125', 'a spine ();'}{'b': 500', '500', '125', '500, 'a first set of support structures () and a second set of support structures () extending from the spine (), each of the support structures () being positioned to receive a respective blade;'}{'b': 125', '500, 'a first communication port carried by the spine () and associated with the first set of support structures (); and'}{'b': 125', '500, 'a second communication port carried by the spine () and associated with the second set of support structures ().'}2500500510. The computer rack as described in claim 1 , wherein a first of the first set of support structures () claim 1 , a first of the second set of support structures () claim 1 , and a first central member of the spine () form a first H-shaped profile.3500500510. The computer rack as described in claim 2 , further comprising a second of the first set of support structures () claim 2 , a second of the second set of support structures () claim 2 , and a second central member of the spine () farm a second H-shaped profile claim 2 , the first and second H-shaped cross sections being separated by a distance claim 2 , the distance selected to streamline an airflow.4125. The computer rack as described in claim 1 , wherein the spine () includes a first column and a second column claim 1 , the first and second columns being generally oriented parallel to each other.5125. The computer ...

Extractable storage apparatus for electronic devices and electronic equipment therewith

An extractable storage apparatus for electronic devices and electronic equipment therewith are disclosed. The electronic equipment includes an equipment frame, a signal processing apparatus, a plurality of electronic devices, and the extractable storage apparatus. The signal processing apparatus and the extractable storage apparatus are disposed on the equipment frame. The extractable storage apparatus includes a casing, a bracket, and a power connection mechanism. The bracket is disposed in an accommodating space of the casing in an extractable way and includes a plurality of storage slots to accommodate the electronic devices. The power connection mechanism is disposed in the casing and is electrically connected to the electronic devices to supply power to the electronic devices. When the bracket is extracted out the casing, the power connection mechanism keeps powering the electronic devices, which is convenient for a user to perform a hot-plug operation on one of the electronic devices.

Bracket of electronic device, draw set assembly of electronic device, and computer case

A bracket is used for an electronic device into a frame. The frame includes two opposite wall surfaces and at least one pair of guiding rails disposed on the two wall surfaces. The bracket includes a main connection portion, two main elastic arms, and main engaging posts. The main elastic arms respectively extend from two ends of the main connection portion. The two main elastic arms extend towards the same direction with a clamping space defined between the two main elastic arms for accommodating the electronic device. The main engaging posts are respectively disposed on sides of the two main elastic arms facing each other, so that the main engaging posts extend towards the clamping space for engaging lateral surfaces of the electronic device. The two main elastic arms respectively slide along the two guiding rails, so as to fix the electronic device into the frame.

Electronic device

An electronic device with multi-phase mechanism including a host, a storage device and a carriage is provided in the present invention. The storage device is slidably disposed in the host and adapted to be pulled out from the host. The carriage is slidably disposed in the storage device and adapted to be pulled out from the storage device. Through the storage device slidably disposing in the host and being adapted to be pulled out from the host, it facilitates the user to take or replace a content from the storage device. When the carriage is moved out from the storage device in a first phase and then the storage device is pulled out from the host in a second phase, the content in the storage device is taken out.

Boss for securing pair of mainboards

A boss for securing a pair of mainboards includes a circular top and a plurality of first flexible legs. The first flexible legs are disposed on one side of the circular top and are separated from each other. Each of the first flexible legs includes a tilted wall and a pressing component. The tilted wall is formed on a surface of the first flexible leg that faces another first flexible leg. The pressing component is formed on one end of the first flexible leg away from the circular top. The tilted walls of all the first flexible legs cooperatively define a tapered channel. The tapered channel can be expanded.

Heat dissipation system

An exemplary heat dissipating system includes a case, a motherboard, an air conducting guide dividing the motherboard into a first area and a second area, a group of first fans, and a group of second fans. The group of first fans and the group of second fans draw cool air into the first area and the second area from different directions for dissipating heat generated by electronic components on the motherboard.

Electronic device with bezel assembly

A bezel assembly includes a panel, a shielding member, and a securing member. The panel includes a main body. The main body defines a through hole and a first opening. The shielding member attached to the panel includes a mounting portion. A second opening is defined in the shielding member, and the first opening and the second opening are configured to a data storage extend through to abut the first opening. The securing member secured to the panel includes a latching piece with a cutout. The securing member is slidable relative to the main body between a first position and a second position; when the securing member is in the first position, the mounting portion extends through the through hole to engage with the latching piece; when the securing member is in the second portion, the mounting portion is located on the cutout to disengage from the latching piece.

Plug and electronic device using same

A plug for a connecting port of an electronic device to prevent the connecting port from moisture and dust and includes a base, a protection wall, and a fixing arm. The protection wall is an enclosing circular wall extending along a periphery of the base and defines a receiving space. The fixing arm extends outwards from an outer side surface of the protection wall. The fixing arm includes a connecting part and a pair of fastening pieces formed at an end of the fixing arm away from the protection wall. The connecting part connects with the protection wall. The fastening pieces extend outwards from a surface of the connecting part away from the base.

Electronic device enclosure

An electronic device enclosure includes a mounting device and a chassis. The mounting device, for securing a connector, includes a limiting protrusion, an installation protrusion, two resilient pieces, and two mounting protrusions extending from the two resilient pieces. The chassis includes a front plate defining an installation opening. The front plate includes two mounting pieces, and each of the two mounting pieces defines a mounting hole. The mounting device is secured between the two mounting pieces. The installation protrusion abuts an inner surface of the front plate through the installation opening. The limiting protrusion abuts an outer surface of the front plate. Each mounting protrusion is engaged in the mounting hole of each mounting piece.

Mounting apparatus for removable module

A mounting apparatus for mounting a removable module in a chassis with a sidewall defining a locking slot includes a locking member, and an operation member. The removable module includes a side plate defining a through slot, and an end plate defining a through hole adjacent to the end plate. The operation member is slidably attached to an inner surface of the side plate. The locking member includes a mounting piece fixed to the inner surface of the side plate, and a resilient piece slantingly extending from the mounting piece. A wedge extends from the resilient piece. The operation member includes a handle and a pressing portion. The handle is operated to slide the operation member in along the side plate to press the resilient piece toward the side plate, until the wedge extends through the through slot to lock in the locking slot of the sidewall.

Computer system with space for guiding cables

A computer system includes an enclosure, at least one cable holder, at least one data storage device, and at least one cable. The at least one cable holder is attached to the enclosure. A guiding space is defined between the at least one cable holder and a bottom wall of the enclosure. The at least one data storage device is installed in the enclosure and located above the at least one cable holder. The at least one cable is received in the guiding space. The at least one cable holder separates the at least one data storage device from the at least one cable thereby preventing the at least one data storage device and the at least one cable from interfering with each other.

Fastening device for data storage device

A fastening device for fastening a data storage device includes a rack and a resilient tab. The rack includes a bottom plate to support the data storage device. Two first stop tabs protrude up from the bottom plate to abut against a first sidewall of the data storage device. Two first pins extend from the first corresponding stop tabs to engage in two mounting holes defined in the first sidewall. The resilient tab is attached to the rack to abut against a second sidewall of the data storage device. A second pin protrudes from the resilient tab to engage in a locking hole defined in the second sidewall.

Drive bracket assembly

A drive bracket assembly includes a computer enclosure and a drive bracket. The computer enclosure includes a bottom wall and a front wall extending from the bottom wall. The front wall includes a first mounting panel. The first mounting panel defines a first positioning hole and a second positioning hole. The drive bracket includes a bottom plate and a positioning protrusion. The positioning protrusion is received in the first positioning hole to enable the bottom plate to be parallel to the bottom wall. The positioning protrusion is received in the second positioning hole to enable the bottom plate to keep an angle relative to the bottom wall.

Multi-shape memory container

A multi-shape memory container includes a body made of soft silicone. The body is provided with a recessed cavity into which a memory product is embedded. A front end of the body is formed by a first cover board, a second cover board, and a receiving space formed inside the two cover boards. A slot is formed between the first and the second cover boards. After the memory product is placed in the recessed cavity, a Universal Serial Bus (USB) connector thereof is exposed in the receiving space and protected by the two cover boards. In use, the two cover boards are flipped open to expose the USB connector out of the body ( 10 ). The USB connector is hidden inside the body, so that not only simplicity, convenience, and an excellent protective effect are achieved, but also bodies of various shapes may be used according to a user's preferences.

Fastening device for hard disk drive

A fastening device for a hard disk drive (HDD) includes a bracket and a bottom plate. The bracket includes a base plate to support the HDD. Two latching tabs extend down from opposite sides of the base plate. A fastening tab extends out from a first end of the base plate. Two blocks protrude from the bottom plate. A hooking slot is defined in each block. The latching tabs are operable to engage in the hooking slots. A fastener is operable to extend through the fastening tab and engage in the bottom plate.

Electronic device with distribution board

An electronic device includes a housing, a main board, at least one guiding rail, and a distribution board. The main board is received in the housing, and a reception portion formed between the main board and the housing. The guiding rail is fixed in the reception portion and defines at least one guiding groove therein. The distribution board includes at least one sliding rail corresponding to the guiding groove. The sliding rail is slidably received in the guiding groove, and the distribution board is inserted into or pulled out of the reception portion when the sliding rail slides along the guiding groove.

Mounting apparatus for fan

A mounting apparatus includes a chassis and a securing member. The chassis includes a side plate. A supporting flange extends from the side plate, and a first mounting structure is located on the side plate. The securing member, configured to secure a fan to the side plate, comprises a latch and a second mounting structure, which are resiliently deformable. The latch is engaged with the supporting flange, and the second mounting structure is engaged with the first mounting structure.

ELECTRONIC APPARATUS

An electronic apparatus includes: a casing that is formed by press molding and that has positioning holes; a first assembly having positioning projections that are inserted into the positioning holes and at whose distal ends are provided buffer portions that project-out from the positioning holes, the first assembly being assembled to an inner side of the casing in a positioned state due to the positioning projections being inserted into the positioning holes; and a second assembly having engaging portions, and being assembled to the inner side of the casing in a state of being positioned at the first assembly, due to the engaging portions being engaged with engaged portions that are formed at the first assembly. 1. An electronic apparatus comprising:a casing that is formed by press molding and that has positioning holes;a first assembly having positioning projections that are inserted into the positioning holes and at whose distal ends are provided buffer portions that project-out from the positioning holes, the first assembly being assembled to an inner side of the casing in a positioned state due to the positioning projections being inserted into the positioning holes; anda second assembly having engaging portions, and being assembled to the inner side of the casing in a state of being positioned at the first assembly, due to the engaging portions being engaged with engaged portions that are formed at the first assembly.2. The electronic apparatus of claim 1 , wherein rising walls claim 1 , that project-out at the inner side of the casing claim 1 , are formed by burring processing at peripheries of the positioning holes.3. The electronic apparatus of claim 1 , whereinthe engaged portions and the engaging portions are provided at regions at both sides, in a laterally transverse direction, at the first assembly and the second assembly respectively, andone of a pair of the engaged portions, or one of a pair of the engaging portions, is formed in a shape of a long ...

FORMED PCB

Methods for forming PCBs that can be used in a portable computing device are described. The PCBs can be installed in the portable computing device in a bent configuration. In a particular embodiment, a contiguously formed PCB can be shaped with two large regions connected a thin connector portion. The thin connector portion can connect components one each of the two large regions and can be used in lieu of a flex connector. In one embodiment, the PCB can be formed from multiple layers including trace and substrate layers. The trace and substrate layer can be adjusted to affect the stiffness of the PCB in various regions, such as to allow the PCB to hold a bent configuration after a bending moment is applied. 1. An electronic device comprising: a first side wall having a first planar portion; and', 'a second side wall having a second planar portion that is perpendicular to the first planar portion; and, 'a housing, comprising a first planar region that is mounted along the first planar portion of the first side wall; and', 'a second planar region that is mounted along the second planar portion of the second side wall., 'a contiguous multilayered printed circuit board formed within the housing, comprising2. The electronic device defined in claim 1 , further comprising a processor and a memory formed on the contiguous multilayered printed circuit board.3. The electronic device defined in claim 2 , further comprising a battery installed within the housing.4. The electronic device defined in claim 3 , wherein the battery is installed adjacent to the first and second planar regions of the contiguous multilayered printed circuit board.5. The electronic device defined in claim 4 , further comprising device components attached to the first planar region of the contiguous multilayered printed circuit board.6. The electronic device defined in claim 5 , wherein the contiguous multilayered printed circuit board includes a stiffening layer with conductive material that forms ...

SERVER HAVING CARRIER AND POWER MODULE

A carrier for installation in a receiving space of a chassis includes a carrier body having a bottom wall and two sidewalls that cooperatively define a carrying space. The bottom wall has two opposite short sides respectively defining front and rear sides of the carrier body. A front shell is connected to the front side of the carrier body, and includes a front cover plate and two connecting walls extending into the carrying space and respectively and adjustably connected to the sidewalls in an overlapping manner to adjust a distance between the front cover plate and the rear side of the carrier body, so that the length of the carrier corresponds to the depth of the receiving space of the chassis. 1. A carrier for installation in a receiving space of a chassis of a server , comprising:a carrier body including a rectangular first bottom wall and two first sidewalls that extend upwardly and respectively from two opposite long sides of said first bottom wall, said first bottom wall and said first sidewalls cooperatively defining a carrying space, said first bottom wall having one short side that defines a front side of said carrier body and the other short side that defines a rear side of said carrier body; anda front shell connected to said front side of said carrier body, and including an upper shell having a front cover plate, a handgrip disposed on said front cover plate, and two connecting walls, said connecting walls extending into said carrying space from said front side of said carrier body and being respectively and adjustably connected to said first sidewalls in an overlapping manner to adjust a distance between said front cover plate and said rear side of said carrier body, so that the length of said carrier corresponds to the depth of the receiving space of the chassis.2. The carrier of claim 1 , wherein said carrier body further includes a plurality of pairs of first positioning portions claim 1 , each pair of said first positioning portions being ...

CHASSIS STRUCTURE FOR MOUNTING EXPANSION CARDS

A chassis structure includes a support frame defining a plurality of slots parallel to each other. The support frame includes a mounting plate and a locking module. The mounting plate and the locking module are configured for mounting different types of expansion cards. 1. A chassis structure comprising:a support frame defining a plurality of slots that are parallel to each other, the support frame comprising a mounting plate and a locking module;wherein the mounting plate and the locking module are configured to mount first expansion cards and second expansion cards, at a different height than the first expansion cards.2. The chassis structure as claimed in claim 1 , wherein the locking module comprises a plurality of locking members claim 1 , a first end of each locking member is mounted on the mounting plate claim 1 , and a second end of each locking member is configured for the second expansion cards.3. The chassis structure as claimed in claim 1 , wherein a groove is recessed on the support frame to form the mounting plate and a positioning plate claim 1 , and the positioning plate forms the locking module.4. An electronic device comprising:a computer enclosure with a sidewall; anda support frame defining a plurality of slots parallel to each other, the support frame comprising a mounting plate and a locking module, the mounting plate and the locking module configured for mounting different types of expansion cards.5. The electronic device as claimed in claim 4 , wherein the locking module comprises a plurality of locking members claim 4 , a first end of each locking member is mounted on the mounting plate claim 4 , a second end of each locking member is configured for one type of the expansion cards.6. The electronic device as claimed in claim 4 , wherein a groove is recessed on the support frame to form the mounting plate and a positioning plate claim 4 , and the positioning plate forms the locking module. 1. Technical FieldThe exemplary disclosure generally ...

ETCHSTOP LAYERS AND CAPACITORS

Capacitor structures for integrated circuit devices are provided. Capacitors include proximate dense or highly dense etchstop layers. The dense or highly dense etchstop layer is, for example, a high-k material. Capacitors are, for example, metal-insulator-metal (MIM) capacitors and are useful in DRAM (dynamic random access memory) and eDRAM (embedded dynamic random access memory) structures. 1. A semiconductor device comprising ,a substrate having at least one dielectric layer disposed on the substrate surface.{'sup': '3', 'the dielectric layer having a first dielectric etchstop layer and a second etchstop layer disposed thereon, wherein the second etchstop layer has a density that is greater than the first etchstop layer and a density that is greater than 3 g/cm,'}a well formed through the first and second etchstop layers and in the at least one dielectric layer, wherein the well comprises sidewalls and a bottom, and a first layer of conducting material is disposed on the sidewalls and bottom of the well, an insulating layer disposed on the first layer of conducting material, and a second layer of conducting material disposed on the first layer of conducting material.2. The device of wherein the density of the second etchstop layer is in the range of 4 to 10 g/cm.3. The device of wherein the first layer of conducting material is recessed relative to the sidewalls of the well.4. The device of wherein the substrate comprises at least two dielectric layers claim 1 , the dielectric layers are separated by an etchstop layer claim 1 , and the second dielectric layer comprises a metal-filled trench or via that makes electrical contact claim 1 , with the first layer of conducting material.5. The device of wherein the metal-filled trench or via is in electrical contact with a transistor structure.6. The device of wherein the first dielectric etchstop layer is comprised of a dielectric material that is comprised of at least 95% silicon claim 1 , carbon claim 1 , nitrogen ...

DEVICES AND METHODS FOR ATTACHING COMPONENTS TO COMPUTER HOUSINGS

An aesthetically pleasing small form factor desktop computer is described. The small form factor desktop computer can be formed of a single piece seamless housing that in the described embodiment is machined from a single billet of aluminum. In some embodiments, the housing includes a fastening system for securing and electrically grounding internal components to the housing. Fewer components and less time and effort can be required for assembly of the small form factor desktop computer and the absence of seams in the single piece housing can provide good protection against environmental contamination of internal components as well as EM shielding. 1. A fastening system for mechanically securing and electrically grounding an internal component to a metal housing of a computer , the metal housing including an internal surface having a recess , the fastening system comprising:a securing member securing the internal component to the internal surface of the metal housing, the securing member disposed on a first portion of the internal surface in proximity to the recess and comprising an opening suitably sized for receiving a conductive fastener, the conductive fastener sized and shaped in accordance with and positioned within the recess and arranged to mechanically secure the internal component to the securing member, wherein the conductive fastener provides a first electrically conductive pathway between the internal component and the metal housing; anda flexible conductive member having a first end engaged with the fastener and a second end engaged with a second portion of the internal surface of the metal housing, the flexible conductive member providing a second electrically conductive pathway between the internal component and the metal housing, wherein the second electrically conductive pathway is in parallel with the first conductive pathway.2. The housing of claim 1 , wherein the internal component is a memory drive.3. The housing of claim 1 , wherein the ...

Data storage device assembly

A data storage device assembly includes a bracket and a data storage device. The bracket includes a top plate and a bottom plate. The top plate and the bottom plate each defines a first engaging slot. A first positioning post is located on the bottom plate. The data storage device includes a top wall, a bottom wall, a first sidewall and a second sidewall. A latch portion is located on each of the first sidewall and the second sidewall. A first distance is defined between the latch portion and the top wall. A second distance is defined between the latch portion and the bottom wall. The first distance is greater than the second distance. When the storage is positioned in portrait orientation, each latch portion is slidably engaged in each first engaging slot, and the first positioning post abuts against the bottom wall.

ELECTRONIC DEVICE ENCLOSURE WITH BRACKET FOR DATA STORAGE DEVICES

An electronic device enclosure includes a bracket, a first housing, a second housing, and a third housing, to provide mass storage capacity in the form of different mass storage devices. The bracket includes a first clipping plate and a second clipping plate substantially parallel to the first clipping plate. The first housing is configured to receive a first data storage device and is engaged between the first clipping plate and the second clipping plate. The second housing is configured to receive a second data storage device and is engaged between the first clipping plate and the second clipping plate. The third housing is configured to receive a third data storage device and is engaged between the first clipping plate and the second clipping plate. 1. An electronic device enclosure comprising:a bracket comprising a first clipping plate and a second clipping plate substantially parallel to the first clipping plate;a first housing configured to receive a first data storage device, the first housing engaged between the first clipping plate and the second clipping plate;a second housing configured to receive a second data storage device, the second housing engaged between the first clipping plate and the second clipping plate; anda third housing configured to receive a third data storage device, the third housing engaged between the first clipping plate and the second clipping plate.2. The electronic device enclosure of claim 1 , wherein the first housing comprises a first top wall and a first bottom wall claim 1 , a first distance is defined between the first top wall and the first bottom wall; the second housing comprises a second top wall and a second bottom wall claim 1 , a second distance is defined between the second top wall and the second bottom wall; the third housing comprises a third top wall and a third bottom wall claim 1 , a third distance is defined between the third top wall and the third bottom wall; the first distance is equal to the second ...

Removable carrier for a hard disk drive

The present invention provides an improved removable carrier for a hard disk drive, comprising an outer supporting frame having at least one removable stand; characterized in that: two lateral sides of the removable stand comprise at least one integrally formed clamping device having at least one attachment portion extended therefrom and for the securement of the removable stand thereon; the clamping device comprises an upper clamping portion having a connecting portion arched downward on one side thereof and extended therefrom; the connecting portion comprises a lower clamping portion arched and extended corresponding to the upper clamping portion; the clamping device comprises at least one upper and lower securement portions having an elastic clamp at a location of the upper and lower clamping portions. The integrally formed clamping device can advantageously clamp onto the outer supporting frame and merits of having a secured structure with reduced labor and costs are achieved.

Housing for a computer system and use of a housing

A housing for a computer system includes at least one first and one second housing opening, at least one first housing cover and one second housing cover, wherein the first housing opening can be closed by the first housing cover and the second housing opening can be closed by the second housing cover, and a switching element having a switching contact, wherein the switching element is arranged such that, both when opening the first housing cover and when opening the second housing cover, the switching contact is triggered to indicate that the housing has been opened.

Computer enclosure and mounting assembly for data storage device of the same

A fixing assembly for mounting a data storage device includes a fixing piece mounted to a sidewall of a computer enclosure, and a casing for receiving the data storage device. The casing includes a top wall, a bottom wall, two end walls, and a rear wall. The casing defines an opening in a front side of the casing opposite to the rear wall, through which the data storage device enters the casing. One of the end walls of the casing is fixed to the fixing piece. A blocking piece extends out from the other end wall. A projection protrudes from an inner surface of the blocking piece to block an outer side of the data storage device opposite to the rear wall. A dummy connector extends out from the rear wall to be inserted into a socket formed on a motherboard received in the computer enclosure.

MULTI-THICKNESS HARD DISK DRIVE SNUBBER

An apparatus is provided for mounting and protecting a subject object, such as, in some embodiments, a hard disk drive, comprising: a) a damping structure comprising an elastomeric material adapted to partially cover the subject object; and b) an insert plate assembly borne in the damping structure comprising: i) an insert plate, and ii) a screw, post, dowel or pin adapted to engage a mounting hole in the subject object. 1. An apparatus for mounting and protecting a subject object comprising:a) a damping structure comprising an elastomeric material adapted to partially cover the subject object; i) an insert plate, and', 'ii) a screw, post, dowel or pin adapted to engage a mounting hole in the subject object., 'b) an insert plate assembly borne in the damping structure comprising2. The apparatus according to wherein the insert plate has two major faces and each major face is substantially covered by the elastomeric material of the damping structure.3. The apparatus according to wherein the insert plate has two major faces including an inner major face which faces the subject object and an outer major face which faces away from the subject object claim 1 , and the outer major face is substantially covered by the elastomeric material of the damping structure.4. The apparatus according to comprising at least two insert plate assemblies mounted so as to engage opposite sides of the subject object.5. The apparatus according to comprising at least two insert plate assemblies mounted so as to engage opposite sides of the subject object.6. The apparatus according to wherein the damping structure is adapted so as to contacts at least four sides of the subject object.7. The apparatus according to wherein the damping structure is adapted so as to contacts at least five sides of the subject object.8. The apparatus according to wherein the damping structure is adapted so as to contacts at least six sides of the subject object.9. The apparatus according to wherein the damping ...

Mounting apparatus for hard disk drive

An apparatus for mounting a hard disk drive (HDD) includes a base board and a casing for receiving the HDD. A number of engaging portions and a holding portion protrude from the base board. The holding portion defines a through hole. The casing includes a bottom wall defining a number of fixing holes and a front wall perpendicular to the bottom wall. Each fixing hole includes a first hole and a second hole communicating with the first hole. A width of the first hole is greater than a width of the second hole. A fixing member is mounted on an outer surface of the front wall. The engaging portions extend through the first holes, respectively. The casing is then slid toward the holding portion, until the fixing member engages in the through hole and the engaging portions engage in the corresponding second holes.

MOUNTING RAIL FOR AN INSERT ASSEMBLY

A mounting rail for an insert assembly provided to fix in an installation frame of a computer includes one bearing surface to fix in a guide rail of the installation cage, one fastening for the insert assembly, whereby the mounting rail can be fixed laterally on the insert assembly, and a lever at a first end wherein the lever is mounted on a shaft such that an eccentric shape is formed and, by actuating the lever in an installed state, the mounting rail is lifted in a direction of the insert assembly. 1. A mounting rail for an insert assembly provided to fix in an installation cage of a computer , comprising:one bearing surface to fix in a guide rail of the installation cage;one fastening for the insert assembly, whereby the mounting rail can be fixed laterally on the insert assembly; anda lever at a first end wherein the lever is mounted on a shaft such that an eccentric shape is formed and, by actuating the lever in an installed state, the mounting rail is lifted in a direction of the insert assembly.2. The mounting rail according to claim 1 , wherein the lever is mounted such that claim 1 , by actuating the lever in the installed state claim 1 , the mounting rail is moved from the installation cage.3. The mounting rail according to claim 1 , wherein the lever comprises at least one lever lug which can press against an edge of the installation cage to press the mounting rail from the installation cage.4. The mounting rail according to claim 1 , wherein the mounting rail at the first end comprises a detent lug which claim 1 , in the installed state. claim 1 , engages into an opening in the installation cage to fix the mounting rail to the installation cage in a direction of insertion.5. (canceled)6. An arrangement that fixes an insert assembly in an installation cage of a computer claim 1 , comprising:an installation cage;{'claim-ref': {'@idref': 'CLM-00001', 'claim 1'}, 'the mounting rail according to and having at least one bearing surface to fix the mounting ...

Electronic device and expansion card of the same

An electronic device includes an enclosure with a bottom wall and a sidewall, a motherboard mounted on the bottom wall, an expansion card, and an expansion unit. The sidewall defines a first opening and a second opening. The expansion card includes an edge connector, a number of first sockets exposed through the first opening, and an expansion socket unit. The expansion socket unit includes a second socket. The expansion unit includes an expansion socket exposed through the second opening. The expansion socket of the expansion unit is electrically connected to the second socket by cables.

ELECTRONIC MODULE WITH CONNECTOR AND ELECTRONIC DEVICE USING SAME

An electronic module includes a shell, a circuit board, and a connector. The shell defines a receiving slot. The circuit board includes a main body and an extension body connected to the main body. The main body of the circuit board is received in the shell, and the extension body of the circuit board extends out of the shell via the receiving slot. 1. An electronic module , comprising:a shell defining an accommodating space to receive internal components of the electronic module and a receiving slot intercommunicating with the accommodating space and the outside of the shell;a circuit board comprising a main body received in the accommodating space and an extension body connected to the main body, the extension body extending out of the accommodating space via the receiving slot; anda connector attached to the extension body of the circuit board and configured to provide a transmitting channel allowing desired electronic signals to be transmitted between the connector and the circuit board.2. The electronic module of claim 1 , wherein the electronic module is a power supply unit.3. The electronic module of claim 1 , wherein the shell comprises a bottom plate claim 1 , a top plate claim 1 , and a plurality of sidewalls; the bottom plate claim 1 , the top plate and the sidewalls cooperate to define the accommodating space.4. The electronic module of claim 3 , wherein the receiving slot is defined in a bottom portion of one of the sidewalls adjacent to the bottom plate.5. The electronic module of claim 4 , wherein two fixing plates are arranged opposite to each other and located at a same edge of the bottom plate adjacent to the receiving slot claim 4 , and the extension body of the circuit board is fixed to the fixing plates.6. The electronic module of claim 4 , wherein the one of the sidewalls further defines a plurality of ventilation holes.7. The electronic module of claim 1 , wherein another two connectors are located on the extension body claim 1 , and a type of ...

Recess for memory card

An opening in a housing of a computing device. A port, including an electrical contact to electrically connect to a connector, can be in the opening. The electrical contract to receive power through the port. A memory card can also be inserted through the opening.

ELECTRONIC DEVICE HOUSING AND ASSEMBLY METHOD

An electronic device includes at least one electronic component. The electronic device also includes a first housing of a single piece of metal. The first housing defines a length, a width, and a height that is less than both the length and the width. The housing has at least five side walls defining an internal cavity and an open end to the cavity that spans the width and height of the first housing. The electronic component is contained within the cavity. A cover is removably affixed over the open end of the housing so as to contribute to a retaining force applied on the electronic component therein. The first housing can be a base housing for a portable computer, and the cover can be a first portion of a hinge assembly. The electronic device can further include a display assembly operatively connected to the base housing by the hinge assembly. 1. An electronic device , comprising:at least one electronic component;a first housing of a single piece of material, the first housing defining a length, a width, and a height that is less than both the length and the width, the first housing having at least five side walls defining an internal cavity and an open end to the cavity that spans the width and height of the first housing, the electronic component being contained within the cavity; anda cover removably affixed over the open end of the first housing so as to contribute to a retaining force applied on the electronic component therein.2. The device of claim 1 , wherein the single piece of material is a single piece of metal.3. The device of claim 1 , wherein the first housing is a base housing for a base assembly of a portable computer claim 1 , and wherein the cover is a first portion of a hinge assembly claim 1 , the electronic device further including a lid assembly operatively connected to the base housing by the hinge assembly.4. The device of claim 3 , wherein the lid assembly includes a lid housing substantially of a single piece of material and having at ...

Mounting assembly for data storage devices

A mounting assembly includes a chassis, a baseboard mounted in the chassis, and a plurality of data storage devices received in the chassis. Each data storage devices includes a transfer circuit board, a transfer connector electrically connected to the transfer circuit board, and at least one data storage unit electrically connected to the transfer circuit board. The transfer connector is plugged to the baseboard.

Mounting assembly for data storage devices

A mounting assembly includes a chassis, and a plurality of partition panels configured to divide a space in the chassis into a plurality of sub-spaces. A motherboard is attached to the chassis and located below the plurality of partition panels. A plurality of data storage devices is mounted in each of the plurality of sub-spaces. Each of the plurality of data storage devices comprising a casing, at least one drive bracket mounted in the casing, at least one data storage unit mounted in the at least one drive bracket, and a handle pivotably attached to the at least one drive bracket. The handle is rotatable between a locked position, where the at least one drive bracket is immovable from the casing, and a released position, where the at least one drive bracket is released from the casing.

ELECTRONIC DEVICE

An electronic device includes a case, a board disposed inside the case and including a board main body section, a plurality of internal devices that are disposed inside the case at different positions to the board in plan view of the board and that are thicker than the board, a board extension portion that extends out from the board main body section between the plurality of internal devices, a board-side connection terminal that is provided to the board extension portion and is employed to connect to one of the internal devices or to an external device external to the case; and an internal device-side connection terminal that is provided to the internal device and is connected to the board-side connection terminal. 1. An electronic device comprising:a case;a board disposed inside the case and including a board main body section;a plurality of internal devices that are disposed inside the case at different positions from the board in plan view of the board and that are thicker than the board;a board extension portion that extends out from the board main body section between the plurality of internal devices;a board-side connection terminal that is provided at the board extension portion and is employed to connect to one of the internal devices or to an external device external to the case; andan internal device-side connection terminal that is provided at one or more of the internal devices and is connected to the board-side connection terminal.2. The electronic device of claim 1 , wherein the plurality of internal devices are disposed along one edge of the case in plan view.3. The electronic device of claim 2 , wherein the board main body section is disposed at a position further away from the one edge of the case than one or more of the internal devices.4. The electronic device of claim 1 , wherein the board-side connection terminal and the internal device-side connection terminal are placed in close proximity to each other and connected together by movement in a ...

High-density server with redundant power source for server modules

A high-density server includes a plurality of server enclosures, each of which includes an enclosure housing with a pair of module decks, a pair of power source units, a plurality of cooling fans, and two pairs of server modules. Cooling fans are linearly aligned and positioned in proximity to the rear opening of the enclosure housing with upper rear openings thereabove and lower rear openings therebelow, while server modules are installed in module decks inside the enclosure housing in an insertable/removable manner. Server modules have module trays for mounting electronic components and interface units. Interface units are retractively inserted into upper rear openings or lower rear openings in connection with power source units when server modules are moved in front-rear directions along module decks inside the enclosure housing. The server enclosure is equipped with a redundant power transmitter establishing redundant multiple connection between power source units and server modules.

Electronic device enclosure

An electronic device enclosure includes a chassis, a mounting tray attached to the chassis, a handle rotatably attached to the mounting tray, and a resilient member. The handle includes a securing post. The resilient member includes a first portion, a second portion, and a curling portion connected to the first portion and the second portion. The curling portion is engaged with the securing post. The first portion is engaged with the handle, and the second portion extends out of the handle and abuts the mounting tray. The handle is rotated away from the mounting tray to deform the resilient member, and the resilient member is released to rotate the handle towards the mounting tray.

ENCLOSURE ARCHITECTURE OF HIGH DENSITY, EASY ACCESS, RACKED DATA STORAGE

A side loading enclosure for a rack mount type storage unit is provided. The enclosure provides for easier access to hard disk drives (HDDs) for maintenance and repair as well as the ability to increase the number of HDDs that can be mounted in a single enclosure. The enclosure may include a bottom plate, a pair of side plates, and a pair of end plates. Located within the enclosure are a first row, extending perpendicularly between the pair of end plates, having one or more stacks of HDDs mounted to a first printed circuit board and a second row, extending perpendicularly between the pair of end plates, having one or more stacks of HDDs mounted to a second printed circuit board. The one or more stacks of HDDS in the first row is separate from and located parallel to the one or more stacks of HDDs in the second row. 1. An enclosure for a rack mount storage unit , comprising:a bottom plate;a pair of side plates;a pair of end plates, the bottom plate, the pair of side plates and the pair of end plates being integrally connected;a first row, extending perpendicularly between the pair of end plates, having one or more stacks of hard disk drives connected to a first connecting member, each hard disk drive in the one or more stacks of hard disk drives in the first row co-planar with the bottom plate; anda second row, extending perpendicularly between the pair of end plates, having one or more stacks of hard disk drives connected to a second connecting member, each hard disk drive in the one or more stacks of hard disk drives in the second row co-planar with the bottom plate.2. The enclosure of claim 1 , wherein the first connecting member is one or more sockets located on a first surface claim 1 , or a second opposing surface claim 1 , of a first printed circuit board extending perpendicular to the bottom plate; and wherein the second connecting member is one or more sockets located on a first surface claim 1 , or a second opposing surface claim 1 , of a second printed ...

Electronic apparatus and electronic component housing case

A slit opening 8 is formed on a lower principal surface 6 a of a hard disk case 6, in the vicinity of the inner side of an angle part formed by a lower left lateral wall 6 e and an opposing lower lateral wall 6 c. A hard disk drive 7 is placed in the hard disk case 6. When the hard disk drive 7 is subjected to vibration caused by disturbance on the hard disk case 6, elastic deformation of an angle part 8 a of the slit opening 8 occurs using an axis 8 b as a center to reduce vibration of the hard disk drive 7. Thus, it is possible to reduce the thickness of the hard disk case 6. With such a configuration, a hard disk case that is for housing an electronic component and that can have a small thickness can be provided.

Internal computer assembly features and methods

Examples of computing devices and assemblies for mounting computer components to an enclosure or other structure of the computing device are described. In some examples, the mounting assembly may include a compliant member having a plurality of corner portions configured to engage the corners of the component. The mounting assembly may also include a bracket configured to enclose at least a portion of the compliant member. The mounting bracket may be configured to mount the component at an angle relative to the enclosure or other structure, and may include one or more features adapted for improved cooling of the component mounted therein. The compliant member may include a plurality of ribs or other retaining elements for maintaining the component in a spaced apart position relative to the mounting bracket.

DATA STORAGE DEVICE ASSEMBLY

A data storage device assembly includes a data storage device and a bracket. The bracket includes a bottom frame, a locking portion and an installation portion. The locking portion includes a first limiting piece and a stopping tab, and the installation portion includes a second limiting piece, a pressing portion and a latch portion. The data storage device is positioned on the bottom frame and sandwiched between the first limiting piece and the second limiting piece. The latch portion is engaged with the stopping tab to abut the pressing portion with the data storage device, to be easily assembled in the bracket. 1. A data storage device assembly comprising:a data storage device; anda bracket comprising a bottom frame, a locking portion, and an installation portion located on the bottom frame; the locking portion comprises a first limiting piece and a stopping tab located on the first limiting piece; the installation portion comprises a second limiting piece, a pressing portion located on the second limiting piece, and a latch portion located on the pressing portion; the data storage device is located between the first limiting piece and the second limiting piece, and the latch portion is engaged with the stopping tab, for preventing the data storage device from moving along a direction perpendicular to the bottom frame.2. The data storage device assembly of claim 1 , wherein the stopping tab defines a stopping hole; the latch portion comprises a guiding tab and a latch tab located on the guiding tab; the latch tab is engaged with an edge of the stopping hole; and the guiding tab is resilient deformed to disengage the latch tab from the stopping hole.3. The data storage device assembly of claim 2 , wherein the latch portion further comprises an extension tab; the extension tab extends from the pressing portion claim 2 , the guiding tab extends from the extension tab claim 2 , and the latch tab extends from the guiding tab.4. The data storage device assembly of ...

SERVER AND HOST MODULE THEREOF

A server comprises a cabinet and a host module placed inside or taken outside the cabinet along a rail. The host module comprises a supporting tray, a motherboard, a system storage device, a processing module and a stored data controlling module. The motherboard and the system storage device are disposed in the supporting tray and are electrically connected with each other. The processing module for executing an operating system stored in the system storage device is electrically connected to the system storage device via the motherboard. The stored data controlling module is disposed in the supporting tray and electrically connected to the motherboard. When the host module is placed inside the cabinet, the stored data controlling module is electrically connected to a data storage device. The stored data controlling module is controlled by the processing module to access data from or store data in the data storage device. 1. A server , comprising: a frame;', 'a rail disposed inside the frame; and', 'a data storage device accommodating rack disposed inside the frame, the data storage device accommodating rack being adapted to accommodate a data storage device; and, 'a cabinet, comprising a supporting tray;', 'a motherboard disposed in the supporting tray;', 'a system storage device disposed in the supporting tray and electrically connected to the motherboard, the system storage device being adapted to store an operating system;', 'a processing module disposed on the motherboard and electrically connected to the system storage device via the motherboard, the processing module being adapted to run the operating system; and', 'a stored data controlling module disposed in the supporting tray and electrically connected to the motherboard, when the host module is inserted in the cabinet, the stored data controlling module is electrically connected to the data storage device, and the stored data controlling module is controlled by the processing module to access data from ...

Mounting device for hard disk drive

A mounting device for a hard disk drive (HDD) includes a fixing plate and two fixing members. Two protrusions and a blocking piece adjacent to one of the protrusions protrude from the fixing plate. Each fixing member includes a sidewall, and a top wall and a bottom wall perpendicularly extending from opposite sides of the sidewall. The top walls are fastened to a bottom wall of the HDD. Each bottom wall defines an engaging hole. Each engaging hole includes a first hole and a second hole communicating with the first hole. A projection protrudes from the sidewall of one of the fixing members away from the corresponding bottom wall. The HDD is slid toward the blocking piece, to allow the protrusions to enter and engage in the corresponding second holes from the corresponding first holes. The projection is blocked by the blocking piece.

Storage server system

A storage server system includes a cage, a midplane, a power supply module, a motherboard module, an HDD backplane, and a data HDD. The cage has a first end and a second end. The midplane is fixed inside the cage. The power supply module is disposed inside the cage. The motherboard module is disposed inside the cage and closer to the first end than the midplane. The HDD backplane is detachably disposed inside the cage. The HDD backplane is closer to the second end than the midplane. The data HDD is detachably disposed inside the cage. After the data HDD and the HDD backplane are detached from each other, the HDD backplane is detached from the cage along a detaching direction towards the second end and away from the first end.

Metallization and anodization of plastic and conductive parts of the body of an apparatus

A method of fabricating at least a portion of the body of an apparatus, such as a portable electronic device, that includes both plastic and conductive parts is provided with the body appearing relatively seamless such that the interface between the plastic and conductive parts is indistinguishable. In this regard, a plastic part may be combined with a conductive part to form at least a portion of the body of the portable electronic device. The surfaces of the plastic part and the conductive part may be metallized, such as by being subjected to vapor deposition, to metalize the surfaces of the plastic and conductive parts. The metalized surfaces of the plastic and conductive parts may then be anodized, thereby producing at least a portion of the body of a portable electronic device having plastic and conductive parts with a consistent appearance and a consistent tactile response.

ELECTRONIC DEVICE AND DATA STORAGE MODULE

A data storage module includes a carrier, a first hard disk drive, and a second hard disk drive. The carrier includes a bottom plate, a first side plate and a second side plate extending up from two opposite sides of the bottom plate, a top plate extending from a top side of the second side plate toward the first side plate, and a third side plate extending from a distal side of the top plate toward the bottom plate. The first hard drive supported on the bottom plate, and mounted between the first side plate and the second side plate. The second hard disk drive is mounted between the first side plate and the third side plate. 1. A data storage module , comprising:a carrier comprising a bottom plate, a first side plate and a second side plate extending up from two opposite sides of the bottom plate, a top plate extending from a top side of the second side plate toward the first side plate, and a third side plate extending from a distal side of the top plate toward the bottom plate;a first hard disk drive supported on the bottom plate and mounted between the first side plate and the second side plate; anda second hard disk drive mounted between the first side plate and the third side plate.2. The data storage module of claim 1 , wherein the carrier further comprises a flange extending from a bottom side of the third side plate toward the first side plate and a plurality of tabs protruding out from the first side plate toward the second side plate claim 1 , the flange is coplanar with the tabs claim 1 , the second hard disk drive is supported on the flange and the tabs.3. The data storage module of claim 2 , wherein the bottom plate claim 2 , the first side plate claim 2 , and second side plate cooperatively bound a receiving space for receiving the first hard disk drive.4. The data storage module of claim 2 , wherein the first side plate claim 2 , the third side plate claim 2 , the flange claim 2 , and the tabs cooperatively bound an installing slot for receiving the ...

CASING STRUCTURE AND ELECTRONIC DEVICE USING THE SAME

A casing structure including a frame having a capacity space and a fastener at a side of the capacity space that an electronic unit assembled therein, a first linking member slidably coupled to the frame, and a second linking member pivoted to the frame having a first and a second end is provided. The first end is linked to the first linking member and the second end faces to the electronic unit in the space. The electronic unit is locked by the fastener in assembling mode and the first linking member is located at a first position to block the fastener from releasing the electronic unit. The first linking member is forced to move out of the first position and drive the second linking member to rotate relative to the frame, such that the second end pushes the electronic unit to be released from the fastener in disassembling mode. 1. A casing structure , at least one electronic unit being adapted to be detachably assembled to the casing structure , and the casing structure comprising:a frame having a capacity space and an elastic fastener located at a side of the capacity space, and the electronic unit being adapted to be detachably assembled in the capacity space;a first linking member slidably coupled to the side of the frame; anda second linking member pivoted to the frame and having a first end and a second end opposite to each other, the first end linking the first linking member, the second end facing the electronic unit located in the capacity space, the electronic unit located in the capacity space being locked by the elastic fastener in an assembling mode and the first linking member being located at a first position to block the elastic fastener for preventing the elastic fastener from releasing the electronic unit thereby fixing the electronic unit to the frame, and after the first linking member being forced by a force parallel to a first direction extended from the first linking member to slide relative to the frame to move out the first position towards ...

Fabric-Covered Electronic Device

An electronic device such as a voice-controlled speaker device may have a housing characterized by a vertical longitudinal axis. A flexible substrate such as a flexible mesh substrate with component support regions coupled by flexible segments may be wrapped around the housing and the vertical axis. The housing may have surface regions with compound curvature. The flexible substrate may conform to the regions with compound curvature. A fabric spacer layer may be interposed between the flexible substrate and the housing. Electrical components such as input-output devices may be mounted to the component support regions. A display may be formed from an array of light-emitting devices that are mounted on respective component support regions. Light from the light-emitting devices may pass through the fabric spacer layer toward the housing and back out away from the housing. An outer fabric layer may cover the mesh. 1. An electronic device , comprising:a housing having a housing wall with a surface region having compound curvature;a speaker in the housing configured to emit sound;a flexible polymer mesh having openings that form component support regions coupled by flexible polymer segments, wherein the flexible polymer mesh conforms to the surface region having compound curvature; andelectrical components mounted on the flexible polymer mesh.2. The electronic device defined in claim 1 , wherein the speaker is configured to emit the sound through the housing wall and the flexible polymer mesh claim 1 , wherein the electrical components comprise light-emitting devices claim 1 , and wherein the electronic device further comprises:a first fabric layer interposed between the flexible polymer mesh and the housing wall;a second fabric layer, wherein the flexible polymer mesh is interposed between the second fabric layer and the first fabric layer, wherein the light-emitting devices are configured to emit light that passes through the first fabric layer before passing through ...

SERVER FRAME

A server frame includes a motherboard subframe (), a radiator subframe (), and a storage subframe (), the motherboard subframe () is connected to the storage subframe () by using the radiator subframe (), wherein the motherboard subframe (), the radiator subframe (), and the storage subframe () are connected together in a detachable manner. The server frame has the advantages: the disassembly and assembly are convenient, the packaging size is saved, and the transportation cost is reduced. 1. A server frame , comprising a motherboard subframe , a radiator subframe , and a storage subframe , said motherboard subframe is connected to said storage subframe by using said radiator subframe , wherein said motherboard subframe , said radiator subframe , and said storage subframe are connected together in a detachable manner.2. The server frame according to claim 1 , wherein said motherboard subframe claim 1 , said radiator subframe claim 1 , and said storage subframe are connected together by using bolts claim 1 , screws claim 1 , rivets claim 1 , or snaps in a detachable manner.3. The server frame according to claim 2 , wherein each of connection positions of said motherboard subframe claim 2 , said radiator subframe claim 2 , and said storage subframe has a flange structure configured thereon claim 2 , and said motherboard subframe claim 2 , said radiator subframe claim 2 , and said storage subframe are connected together by connecting said flange structures with bolts claim 2 , screws claim 2 , rivets claim 2 , or snaps in a detachable manner.4. The server frame according to claim 1 , wherein said motherboard subframe comprises a first bottom plate claim 1 , a first left side plate and a first right side plate respectively configured at left and right sides of said first bottom plate claim 1 , and a radiator plate configured at a rear side of said first bottom plate claim 1 , a first opening is formed by leading edges of said first bottom plate claim 1 , said first left ...

TOOLLESS DATA STORAGE DEVICE CARRIER

A data storage enclosure can house and electrically connect to multiple data storage devices respectively secured by a carrier. A toolless data storage device carrier can be configured with a data storage device disposed between first and second rails and a clip physically contacting each rail while spanning the data storage device. The clip being shaped to continuously force each rail into contact with the data storage device. 1. A system comprising:a data storage device disposed between first and second rails, each rail comprising a recess protrusion extending from a first side and a capture protrusion extending from a second side, the first and second sides being opposite; anda clip physically contacting the securing protrusion of each rail and spanning the data storage device, the clip shaped to continuously force the capture protrusion of each rail into contact with different respective apertures of the data storage device.2. The system of claim 1 , wherein the first rail has a dampening insert contacting the data storage device claim 1 , the dampening insert continuously extending along a longitudinal length of the first rail.3. The system of claim 2 , wherein the damping feature comprises a different material than the first support rail.4. The system of claim 1 , wherein the second rail has separate first and second separate dampening inserts each contacting the data storage device claim 1 , the second dampening insert positioned between the second rail and the capture protrusion.5. The system of claim 4 , wherein a first dampening insert comprises a first material and the second dampening insert comprises a second material claim 4 , the first and second materials being different.6. The system of claim 1 , wherein the clip contacts multiple separate securing regions of each rail.7. The system of claim 6 , wherein each securing region is defined by a recess in a rail surrounding the securing protrusion.8. The system of claim 7 , wherein a securing aperture of ...

Data Storage Drive Carrier Assembly

A data storage sled is provided. The data storage sled includes a circuit card assembly comprising a plurality of drive connectors for coupling to drive module modules and a host connector for coupling the data storage sled to an external connector, wherein at least a portion of the drive connectors are configured to mount a set of drive modules aligned lengthwise along the circuit card assembly. The data storage sled also includes drive module mounting assembles configured to hold individual ones of the drive modules into associated drive connectors by at least including mounting features to accommodate lengths of the individual ones of the drive modules. 1. A data storage sled , comprising:a circuit card assembly comprising a plurality of drive connectors for coupling to drive module modules and a host connector for coupling the data storage sled to an external connector, wherein at least a portion of the drive connectors are configured to mount a set of drive modules aligned lengthwise along the circuit card assembly; anddrive module mounting assembles configured to hold individual ones of the drive modules into associated drive connectors by at least including mounting features to accommodate lengths of the individual ones of the drive modules.2. The data storage sled of claim 1 , wherein the drive modules each comprise M.2 solid state drive (SSD) modules claim 1 , and wherein the drive module mounting assemblies are configured to accommodate M.2 SSD modules of the varying lengths at least comprising 60 millimeters claim 1 , 80 millimeters claim 1 , and 110 millimeters.3. The data storage sled of claim 1 , comprising:the drive module mounting assembles comprising coarse adjustment features and fine adjustment features, the coarse adjustment features configured to select among standardized lengths of the drive modules and the fine adjustment features configured to hold an associated drive module in the associated drive connector and compensate for variability in ...

DISPLAY PANEL AND ELECTRONIC APPARATUS

The display panel and the electronic apparatus include: a substrate, wherein the substrate includes a first portion and a bent portion connected to the first portion; wherein the bent portion includes at least a first sub-bent portion and a second sub-bent portion connected to each other, and the first sub-bent portion extends from the first portion, and a bent angle of the first sub-bent portion is less than 180 degrees. 1. A display panel , including: a substrate , wherein the substrate includes a first portion and a bent portion connected to the first portion; whereinthe bent portion includes at least a first sub-bent portion and a second sub-bent portion connected to each other, and the first sub-bent portion extends from the first portion, and a bent angle of the first sub-bent portion is less than 180 degrees;the bent portion further includes a third sub-bent portion, and the third sub-bent portion is connected to the second sub-bent portion; the bent portion is provided with a first corner point and a second corner point, and the first sub-bent portion extends from the first portion to the first corner point; the second sub-bent portion extends from the first corner point to the second corner point; the third sub-bent portion extends from the second corner point; anda protective film is disposed on the substrate, and the protective film is bent along with the bent portion.2. The display panel according to claim 1 , wherein a sum of the bent angle of the first sub-bent portion and a bent angle of the third sub-bent portion is equal to 180 degrees claim 1 , and a bent angle of the second sub-bent portion is 180 degrees.3. The display panel according to claim 1 , further including a first support plate claim 1 , wherein the first support plate includes a first surface and a second surface claim 1 , which are opposite to each other claim 1 , and the first portion is disposed on the first surface claim 1 , and the support plate is configured to support the first ...

DISPLAY MOTHERBOARD AND MANUFACTURING METHOD THEREOF

A display motherboard and a manufacturing method thereof are provided. The display motherboard includes a first substrate and a second substrate that are assembled, a plurality of mutually independent display devices located between the first substrate and the second substrate, a first seal, and a second seal. The first seal is provided in a peripheral area of the display motherboard, the second seal is provided in a cutting area of the display motherboard, the cutting area is located around each of the display devices, and the second seal surrounds at least one of the display devices. 1. A display motherboard , comprising a first substrate and a second substrate that are assembled , a plurality of mutually independent display devices located between the first substrate and the second substrate , a first seal , and a second seal ,wherein the first seal is provided in a peripheral area of the display motherboard, the second seal is provided in a cutting area of the display motherboard, the cutting area is located around each of the display devices, and the second seal surrounds at least one of the display devices.21. The display motherboard according to claim. , further comprising:a blocking pattern, located in the cutting area, wherein the blocking pattern forms a sealing area in the cutting area, the second seal is formed in the sealing area, and an orthographic projection of the sealing area onto the first substrate and an orthographic projection of a cut line in the cutting area onto the first substrate do not overlap.3. The display motherboard according to claim 2 , wherein an orthographic projection of the blocking pattern onto the first substrate and the orthographic projection of the cut line in the cutting area onto the first substrate do not overlap.4. The display motherboard according to claim 2 , wherein the blocking pattern comprises a first wall-like sub-pattern and a second wall-like sub-pattern claim 2 , and the sealing area is formed between the ...

Fixing device for fixing data processor

A device (belt device) for fixing and securing a data processing device in a chassis includes a first bracket, a second bracket, and a buckle slidably connected to the second bracket. The first bracket is rotatable about the second bracket. The buckle can slide to and engage with the second bracket to connect the first bracket with the second bracket, the cavity defined by the first bracket and the second bracket of the belt device can receive and hold a data processor in place without tools being needed either for mounting or demounting the processing device.

SYSTEMS AND METHODS FOR VIBRATION ISOLATION

A modular compute chassis, that includes a chassis divider wall assembly that includes a chassis grommet wall that includes a first side, a second side, and a hole; a grommet that includes a groove and at least partially disposed within the hole and mechanically coupled to the chassis grommet wall using the groove; and a first compute unit cage wall in contact with a first portion of the grommet, where the first portion of the grommet is interposed between the first compute unit cage wall and the first side; and a second compute unit cage wall in contact with a second portion of the grommet, where the second portion of the grommet is interposed between the second compute unit cage wall and the second side, where the second compute unit cage wall is rigidly mechanically coupled to the first compute unit cage wall. 1. A compute chassis , comprising: a chassis grommet wall disposed vertically comprising a first side, a second side, and a hole;', 'a grommet comprising a groove and at least partially disposed within the hole and mechanically coupled to the chassis grommet wall using the groove; and', 'a first compute unit cage wall arranged vertically in contact with a first portion of the grommet, wherein the first portion of the grommet is interposed between the first compute unit cage wall and the first side; and', 'a second compute unit cage wall arranged vertically in contact with a second portion of the grommet, wherein the second portion of the grommet is interposed between the second compute unit cage wall and the second side, wherein the second compute unit cage wall is rigidly mechanically coupled to the first compute unit cage wall,', 'wherein a first compute unit is arranged horizontally and mechanically coupled to the first compute unit cage wall, and a second compute unit is arranged horizontally and mechanically coupled to the second compute unit cage wall., 'a chassis divider wall assembly comprising2. The compute chassis of claim 1 , wherein the first ...