TW200924599A - Solid state drive (SSD) with open top and bottom covers - Google Patents

Abstract

A solid state drive (SSD) device includes a printed-circuit board assembly (PCBA), a connector mounted on the circuit board, an open-frame support-type housing including first and second parallel elongated brackets extending along opposing peripheral edges of said circuit board, each bracket including a first connecting structure for securing the circuit board to the housing, and a second connecting structure for connecting the housing to an internal rack frame of a host system. The open-frame support type housing does not include a top cover and a bottom cover, whereby both of said opposing first and second surfaces are exposed by first and second openings. The housing includes optional end rails that form a box-like frame. The elongated brackets are formed using die-cast metal, stamped metal, or molded plastic with copper posts. Optional clamp-type brackets clamp along side edges of the PCBA.

Description

200924599 IX. INSTRUCTIONS: The present invention is a partial extension (CIp) of the co-practice, and the co-practice application includes US Patent 11/683292 filed on March 7, 2007. Pay with 2-Piece-Casing and Ground Pin Standoff to Reduce ESD Damage to Stacked PCBA's", US Patent 11/309'843" applied in October 2006, "Thin Flash-Hard-Drive With Tw〇_piece" The beauty of the monthly application _m_0, 887,, Light_WeightFlashHardDrive With Plastic Frame 11. [Technical Field] The present invention relates to a method for manufacturing a flash memory solid state hard disk, and more particularly to an open frame wood support type A method of manufacturing a flash memory solid-state hard disk with a single-layer or double-layer stacked printed circuit board. [Prior Art] A hard disk (SSD) device - a data storage component for a state-of-the-art memory Example)·夬门至匕,# volatile § 己 体 ” or synchronous dynamic random processing memory (10) AM) “volatile memory,”) to store long-term data ((4) resistant to her) Replacing the traditional Hard Disk Drive is due to the fact that the mechanical rotation of the leg causes the coughing and writing speed of It. In the absence of the turntable and mechanical components, the impact and reliability of the electric and interference objects are greatly improved. However, compared to the traditional feeding motor hard disk is easier to be damaged by electrostatic discharge with her, the record surface of the _ is to use the magnetic resistance of the high resistance, so its anti-static discharge ratio (four). The invention provides a grounding point to the grounding place of the grounding place on the PBCA to the larger floor, and the part of the financial leg which is weaker than the 200924599 is the condition of the wire surface static storage. The record height is turned into the actual capacity, and the heat becomes In view of this, the excellent heat transfer plus low-weight package or housing will be obtained. In view of this, the present invention is directed to the SSD (6) which has a light weight and can improve the electrostatic charge protection plate. A material solid-state hard disk (SSD) is proposed to effectively overcome the above problems. SUMMARY OF THE INVENTION The main object of the present invention is to provide an open-frame type housing (example) There is no top or bottom cover) rope, "(10)) component, gamma- or two stacks of the first and second brackets of the circuit board assembly (10) A). The open-frame type adult body of the present invention is The gift cover is A (s) surface coffee, so she has the advantage of low cost and heavy weight in the technology of the financial technology, the new air conditioner to improve the cooling efficiency of the electronic components on the coffee, thereby enhancing the operation of the butterfly. Because of its light weight, the present invention is well suited for use in portable money. The job type __ type test _ is not an important part outside, because the reading is the interior of the base of the portable electronic device that needs to be installed in the _ _ type system, the desktop and other memory devices. Moreover, the open-frame type housing has better thermal convection, and the continuation of the f sub-element is at an age of high operating conditions. Moreover, the manufacturing cost is reduced by the / top bottom cover to reduce the housing material. In addition, the open-frame type /V is also available for rapid production because it does not require the use of screws. Alternatively, each of the specific embodiments described herein includes a turn that is useful to protect against esd, which provides a current path from the leg of the coffee to the different open-frame-type building shells of the 200924599 genus. The current path from each housing to the internal rack frame of the main system on which the SSD is mounted. According to another object of the present invention, the current path is set in the assembly/rear material (for example, the side lion or other fine parts connecting the pcBA to the housing, and the _ second lion or its _ piece The assembly process of connecting the housing to the internal frame frame of the main system). According to a first embodiment of the embodiment, each open frame support profile housing is a puncture metal structure that includes an end fence integrally connected to the first and second brackets to form a rectangle around the legs Open the π frame. Each of the first and second parallel elongated brackets and the first and second end brackets include an -L-shaped flange having a horizontal flange portion and a vertical flange extending perpendicularly to the horizontal flange portion unit. The port is positioned at the end edge of the Cong and is placed on the opening gap of one of the ends. The support post is disposed on a vertical portion of the bracket and defines a first screw hole, the first screw hole is aligned with the second view at the PCBA when assembled, and the first screw is inserted through the second Screw the hole and insert the human screw hole, (10) PGBA_ to the housing. Some of the tapped holes have metal attached to the PCBA ground plane; 裒, the action of interposing the first screw provides a current path between the housing and the ship to reduce the chance of damage to the PCBA. Each of the vertical flange portions has a flat outward-faeing surface which defines a third screw hole whereby the housing is coupled to the inner frame frame of the main system. According to the specific implementation - (4) 'the first and second parallel elongated brackets contain essentially the same separation structure, each containing a read structure and view, connected to the ship by branch, whereby the first and second parallel The slender bracket is tightly connected by the ship and the first screw. The first and second brackets are die-cast gold county embossed/folded gold guests with a metal insert _ petal structure to provide 200924599 ESD protection. In the case of - and the system - two: (four) two brackets contain the upper and lower capacity, features and butterflies, the purpose of tender coffee her 'technical' [implementation] art::::=: pieces, the next _ Is the direction of __ technology called;:,:: machine: Γ 解 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里 这里It is only a guideline that provides a relative position and is not absolutely absolute. In addition, ', the whole connection, and ', the whole mold, is used to describe the between the early-pull or the mechanical structure. Relationship, and with,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The joints are used to make the separable structure of the joint. For the various embodiments of the specific embodiment, the skill is well known to the skilled person, and the red Wei is determined by the singer. The batch is limited to specific examples. Recorded or bribed, but in line with the general statement of the teacher's face in the slogan. The inventor _ job SSDS is _ Fu Bujima #, but SSDS may suffer from electrostatic discharge (10)) and produce reliable problems. In particular, the #IGO circuit (IG) feature size continues to shrink 'to produce high memory density, the sensitivity of ESD damage will increase. Therefore, Each of the specific embodiments described herein includes tools useful to avoid ESD damage by providing - a current path from the SSD PCBA covering the ICs to the several open-frame support type housings of the present invention The frame supports the type of housing to the current path of the internal frame frame of the host system to which the SSD is attached. In accordance with another aspect of the present invention, the current path is established during the assembly/intercalation process (eg, between the connection PCBA and the housing) Established when the _first screw or other fastener method is assembled, the connection housing and the main _ _ machine _ frame is established in the _ second lion or other fastener mode.) KA) and 1 (8) is 3.5" SATA (serial 趟 ( (6) 咖 tech 6 a a a a a a a a ) S S S S S S S S S S S S S S S S S S SATA SATA SATA SATA SATA SATA SATA SATA 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷 印刷Its array of memories ⑽ wafer, and a controller chip 125 embedded thereon 13〇 connector with a housing opening patterns instar support frame 150, as in the first invention of the present - the specific embodiment illustrated. Please refer to the upper part of the figure on the side of the figure (4) to say that the circuit board (1) has the upper and lower surfaces (1) and 113. The board 1U is _ existing printed circuit board technology is placed on the non-conducting material (please) or the layer of clear lines (the parts in the picture are not gambling here (such as memory crystal and controller wafers) The signal is transmitted by the connector 130 to the contact pad m of the host system C_ (refer to the figure i (8)) for transmission. The peripheral edge of the circuit board ηι is cut or otherwise formed into several calibration grooves (butterfly 115, fine below) Description: The calibration circuit board m is placed in the housing. Several screw holes m are set to the position of the road board lu, so that it can be easily printed via the screw. (4) m (10). ♦ She (4) contains a cable to the circuit board. Lu - the metal ring of the grounding surface (not shown) (five) (four), the wrong tree tearing please _ Jane (four) is the enemy set in the electric touch lu, the money side wire movement contains non-volatile (such as (four) technology. Memory crystal , forbearance) 圮 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( (10) can be installed on the silk surface (1). It is also controlled according to the existing specifications. The wafer 125 includes an input/output interface circuit for forming a junction with the host system CPU 50 (shown in FIG. 1(8)) and a processing unit to access the memory chip 120 for receiving the input/output interface circuit. The host cp foot command responds. The controller chip 125 may also include a phase-locked loop and a register or buffer loop. The PCBA 110 is a core electronic small combination of the SATA SSD component 100. In addition, the memory The body wafer 120 and the control wafer 125, the passive components and other logic components, and the integrated circuitry (not shown) are disposed on the single or both sides of the surfaces 112 and 113. In the disclosed embodiment, the connector 130 is - The standard 22-lion SATA type connector is electrically connected to the controller 125 via a lead 131. The lead 131 is spliced to the splicing 1U of the circuit board 111 by surface adhesion technology (SMT) according to the prior embodiment. The remuneration can also be made in conjunction with the integrated electronic driver interface (IDE) ^ PCIE (Peripheral Component Interconnect Express). The connector 130 is placed on the circuit board ln, so that its socket 135 can be connected via Zhun Lin (® towel not shown) is connected to the main system 〇. The open _ frame support type housing 150 is an integrated metal frame formed by metal die casting. Metal pressure prayer is a process method It is a man-made mold towel, and it is turned over in the mold towel, and the mold is opened or the mold part is removed from the die-casting model. Any suitable metal can be used to make the casing 15〇, because of its lighter texture and relative The low melting point is therefore a typical choice. The surface of the housing 150 can also be painted black or colored. Alternatively, the outermost layer can have a thin layer of electro-mineral metal, such as chrome-plated on the surface of the housing 150. The open-frame support housing 15 includes an opposing first 200924599 and second side rails (long brackets 151A and 151B), and first and second ends 152A and 152B, first and second side panels Barriers (long brackets) 151A, 151B are integrally joined to the first and second end fences 152A, 152B at the ends to form a rectangular strip structure surrounding the peripheral edge of the leg u, as shown in Figure 1 (B) When the PCBA 110 is embedded in the cover 150. Each side fence and end fence (e.g., 152A) includes an L-shaped flange having a bottom (horizontal) portion 15 and a vertical extension to the bottom 15 (vertical) portion 153U. When the PCBA 110 is embedded in the cover 150, as shown in Fig. 1(8), the end of the enclosure 152A defines an open gap 154 that can accommodate the connector 13A. The guide column and the calibration post 155B in accordance with the present invention are extended from the bottom (horizontal) flange portion 15 and are provided on the inner surface of the upper (vertical) flange portion ι 53 of the side fences 15U and 151B. When the PCBA 110 is embedded in the cover body; [50], as shown in the figure (B), the guide post 155A and the calibration column π are respectively engaged with the calibration groove #115 of the internal corresponding circuit board m, thereby providing an automatic mechanism. To accurately set PCBA11G to reduce assembly time and reduce process cost. According to another aspect, the housing 150 also includes a plurality of support posts 156 each having a threaded bore 157 to form a first attachment structure for locking the PCBA 110 to the housing 150. The support post 156 extends from the bottom (vertical) flange portion along the inner surface of the upper (vertical) flange portion 153U of the side turns 151A and 151B, but is shorter than the guide post 155B. As shown in FIG. 1(A), the supporting post 156 is engaged with the corresponding portion of the supporting circuit board Π1 during assembly, so that the screw hole 117 of the circuit board lu is aligned with the screw hole 157, thereby facilitating the convenience of the printed circuit. When the plate 1 is connected to the casing by the screw 1〇7 to the casing 15G, it should be noted that the height of the support column 156 is based on the following selection, and the PCBA 110 is maintained in a horizontal (e.g., horizontal) direction and an upper surface 122. It is at the same level as the edge of the open gap 154 and is located substantially at the upper (vertical) portion 153u and the end 12 200924599 of the side sills 151A and 151B. It is noted that the screw passes through the ring screw hole (10), so as to mention (4) the face 1G butterfly 15_electronic road #. Other purposes of the invention of the present invention are as follows: the screw of the upper outer surface (vertical) portion of each of the side closures (5) A and (4) is said to form the inner frame frame 55 of the connection cover body (10) to the main age system 5G as in the first (8) ride. In other words, the lion (10) is placed over the inner frame section 5 to the hole 58 and to the screw hole 158, thereby quickly and conveniently mounting the main unit 5 。. The accessories of the leg element (10) are as shown in the figure (A) and all are assembled as shown in the figure (8). According to another aspect of the present invention, the housing (10) does not include an upper cover and a bottom cover, whereby the two surfaces 112 and 113 of the pa-type can be exposed to the corresponding upper opening (10) and the lower opening, respectively, which are defined on the side. The flank is between 151 and the end of the 152α and ΐ52β. By omitting the top and bottom cover 'housing 15', it is known that it has lower cost and harder weight, and the ventilation is improved to more efficiently cool the control batch #125, thus enhancing the SSD element 1〇〇 )) birth month b. It is also noted that the connector ^3 is disposed on the upper opening garment (e.g., the opening gap 154 is connected to the opening 165) to thereby allow the connector 13A to be easily and conveniently connected to the PCBA 11G in the assembly step. Depending on the other purpose, the screw holes 159 defined by each of the upper guide legs are for easy connection to other components (not shown) which can be assembled to the internal frame frame 55 of the main system. After the complete assembly shown in Figure 1(8), the laser barcode or the random barcode of the printed thief (not shown) or the date code can be used on the blank (unused) 11 area of the casing or PCBA2〇. , memory size, manufacturer and other production process data. 2 (A)

', 2 (8) Figure IDE 1.3 IDE (Integrated Drive Electronics) type SSD component 200 component decomposition diagram and assembly perspective, ssd component 220 contains _ pcba21 〇. 13 200924599 It is embedded with a memory chip 220 array ' A control wafer 225 and a connector 230, and an open-frame abutment type housing 250' are in accordance with a second embodiment of the present invention. pCBA2i is similar to PCBA 110 (described previously) and includes a circuit board 211 having opposing upper and lower surfaces 212 and 213. The screw hole 217 is defined to pass through the circuit board 2h at an appropriate position in order to connect the printed circuit board 211 to the housing 250 with the (first) screw. The connector is a standard 40-pin IDE type connector that is electrically coupled to controller 225 in a manner similar to that previously described. A master/slave switch 227 is disposed at the edge of the circuit board 211 with respect to the connector 230, making it easy to manually set the SSD component 200 in an active or passive mode of operation. This embodiment can also be used for connection and SATA and PCIE connector types. The open-frame support profile housing 250 is an integrated die cast metal frame that includes opposing first and second side fences (elongated brackets) 251A, 251B and first and second end fences 252A, 252B 'to form a rectangular shaped frame structure. The side rails 251A, 251B and the end rail 252A include an L-shaped flange. The L-shaped flange has a lower (horizontal) flange portion 253L and the upper (vertical) flange portion 253U extends vertically to the lower flange portion 253L. The end of the barrier 252A includes only the lower flange portion 253L and defines an opening gap 254 for receiving the connector 23A. The side rails 25u, 251b and the end rail 252A define a rectangular opening of a size that tightly accommodates the pCBA 21A. The housing 250 includes a plurality of support posts 256 each having a screw hole 257 formed therein to form a first connection structure for locking the PCBA 210 to the housing 250. The support post 256 extends from the lower (horizontal) flange portion 253L along the inner surface of the upper (vertical) flange portion 253U of the side fences 251A, 251B. As shown in FIG. 2(4), the support post 256 receives and supports the corresponding portion of the circuit board 211. During the dressing process, the screw hole 217 of the circuit board 211 is aligned with the screw hole 14 200924599 257, thereby facilitating the use of the screw 207 The circuit board 211 is connected to the housing 250. An outer surface of the upper (vertical) portion 253U of each of the side fences 251A, 251B is formed with a screw hole '258 to form a second connection-structure connecting the housing 250 to the inner frame frame of the main system (not shown), The connection method is similar to that previously described. The assembly of the IDE SSD component 200 is as shown in Fig. (A) and the overall appearance of the assembled components is as shown in Fig. 2(B). As with the previous embodiment, the housing 250 does not include a top cover and a bottom cover, whereby the two surfaces 212, 213 of the pGB are exposed by the corresponding upper opening 260 and lower opening 265, and the upper opening 26 is The lower opening tears are defined between the 251B, (4) and Lai 252A, 2 Qing. The complete rear top surface shown in Figure 2 (B) can be attached to the housing or the blank (unused) area of the pCM21〇. The laser label or printed label (not shown) is still bar code, group. With date code, memory size, manufacturer and other production process data. 3(A) and 3(8)® are schematic diagrams and assembled perspective views of an 18" coffee-type SSD element according to a third embodiment of the present invention, and the element 3 includes - PCBA310' It is embedded with a memory chip 32 array, a control wafer (10) and a connection H 330, and an open-frame support type housing 35. The PCB is similar to the PCBA 110 (previously described) And includes a circuit board 311 having opposing upper and lower surfaces 312 and (10). The screw holes 317 are defined to pass through the circuit board 3n at an appropriate position so as to connect the printed circuit board 311 with the (first) screw 307. To the housing, the connector 33 is a standard 22 SATA type connector, which is electrically connected to the controller 325, and the connection is as described above. This embodiment can also be used for connection and IDE. PCIE connector type. The open-frame mosquito type housing 350 is an integrated restraint metal frame that includes the first and second side fences (slim brackets) 351A, 351B and the first with respect to 200924599. First, the second end of the perimeter 352A, 352B, in the open / into a rectangular like frame structure. The side closures 251A, 251B and the end rail 252A include an L-shaped flange having an upper (horizontal) flange portion 353U and a lower (vertical) flange portion 353L extending perpendicularly to the upper flange portion. The 351A, 351B and end rails 352A, 352B define a rectangular opening that is sized to receive the PCBA 310 tightly, and the end rail 352β defines an open gap 354 for receiving the connector 330.

The housing 350 includes four corner posts 355 and three support posts 356, each of which has a screw hole 357 that forms a connection structure for locking the PCBA 310 to the housing 35〇. A support post extending from the upper (horizontal) flange portion 353U along the inner surface of the lower (vertical) & edge portion 353L. As shown in FIG. 3(1), the support post 356 receives and supports the opposite portion of the circuit board 311, so that the screw hole 317 of the bypass board 311 is aligned with the screw hole 357 during assembly, thereby facilitating the printed circuit. The plate 311 is coupled to the housing 350 with screws 307. The outer surface of the lower (vertical) post 353L of each side of the dam 351A, 351B is formed with a screw hole 358 as a second connection structure to connect the housing to the main system as previously described (not shown) ) The inner frame of the frame. The SATA SSD component 300 is assembled as shown in Figure 3(A), and the fully assembled component is shown in Figure 3(B). As in the previous embodiment, the housing 35 does not include a top cover and a bottom cover, whereby the two surfaces 312, 313 of the PCBA 310 are exposed through the opposite upper opening 360 and the lower opening 365. The upper opening 360 and the lower opening are exposed.祁5 is defined between the side fences 351A, 351B and the end fences 352A, 352B. The complete rear top surface shown in Figure 3 (B) can be attached to the blank (unused) area of the body 350 or PCBA310 with random barcodes for printing laser labels or printed private labels (not shown). Date code, memory size, manufacturer and other 16 200924599 production process data. 4(A) and 4(B) are exploded perspective views and assembled perspective views of a stacked SATA type SSD component shed according to a fourth embodiment of the present invention. PCM4HH, -2, each of which contains a "memory" array, a control chip (not shown) and a connector (not shown), and an open-frame support dragon The SSD component is essentially the same as the Na component, except that the open-frame support profile 450 is configured to accommodate both legs 41〇1 and 41〇_2 and utilizes a rubber pad 470 for physical properties. Electrically isolated PCBA41〇—丨, 41〇_2 and positioned to set PCBA4HH and Tick-2, so the connector 43 (H, 43〇2 is exposed through the opening gap. As the specific compensation of the wire) The housing does not include a top cover and a bottom cover, whereby the surface of the PC_(M '41" is exposed by the corresponding upper opening and the lower opening Yang. The 5th (A) and 5 (B) drawings are based on this 5′′ of the fifth embodiment of the invention. FIG. 5′′ is an exploded view of the component of the SSD component 500 and the assembled perspective view, and the ssd component 5〇〇 There is a PCBA 510 comprising a memory chip array 520, a control wafer 525 and a connector 53 embedded in the upper portion and an open-frame support type housing 550. The pcba 510 is similar to the PCBA 110 (described previously). Also included is a circuit board 511 having opposing upper and lower surfaces 512, 5132. Screw holes 517 are defined to pass through the circuit board 511 in place to facilitate connecting the printed circuit board 511 to the housing with the (first) screw 507. Body 550. Connector 530 is a standard 22-pin SATA type connector that is electrically connected to controller 525 and is connected as previously described. This embodiment can also be used for connection and IDE and PCIE connector types. 17 200924599 Open-frame support type housing 550 is an integrated pressure metal frame that includes opposing - 'second side rails (slender brackets) 551A, 551b and first and second ends 552a, 552B' are formed into a rectangular-like frame structure. The side blocks 551Α, 551β and the end wall rest 552a include a -L-shaped flange having a lower (horizontal) flange portion 55 and a vertical extension to a lower convex Upper edge of vertical edge 553L (vertical The flange portion 553 ϋ. The side dam 551, 551β and the end hull, the 552B defines a squeegee α 'the size of which can tightly accommodate the pGB deletion, and the end circumference projection defines an opening for accommodating the connector 530 The gap 554. The housing 550 includes a support post 556, each of which has a screw hole position that forms a first connection structure for locking the PCBA 510 to the housing 550. The branch column is provided by the upper (horizontal) flange portion The inner surface of the 553U lower (vertical) flange portion 553L extends. As shown in Fig. 5(1), at the time of assembly, the branch 556 accommodates the portion corresponding to the branch circuit board 5n, so that the screw hole 517 of the circuit board 5 ι is aligned with the screw hole 557, thereby facilitating the use of the screw 5〇7. The method connects the circuit board to the housing 550. The outer surface of the upper (vertical) flange portion of each of the side dams 551A, (4) has a threaded hole shed that forms a second connection structure to connect the housing 550 to the host system using the method as previously described (in the figure) Internal frame frame not shown). The SATA SSD component _ is assembled as shown in Figure 5(1), and the fully assembled component is shown in Figure 5(8). As in the previous embodiment, the two surfaces 512, 513 of the top cover and the bottom cover 'by the surface H' are exposed through the opposite upper opening _ and the lower opening ,, the upper opening 560 and the lower opening 565 is defined between the side circumferences A, 551B and the end circumferences 552A, 552B. 6(1) and 6(8) are exploded view and assembled perspective view of the SSD component R plus bO〇 of the & 5" stacked 18 200924599 SATA type according to the sixth embodiment of the present invention, the SSD component 6〇〇 A PCBA 61〇~i & blOj is included, each of which includes a memory chip array 62 and a control wafer 625 embedded in the μ, , - connector 630, and an open-frame support type housing 650. The SSD component is 6 〇〇 too; L fc a is the same as the SSD component 500. The difference is that the open-frame support type cover is designed to be visibly visibly deleted -1 and (4), and has a rubber That is to say, the connector coffee is exposed through the gap of the opening. As in the previous embodiment, the housing does not include a top cover and a bottom cover, and the (10) face is exposed by the corresponding upper opening _ and the lower opening coffee. 7(4) and 7(8) are several exploded views and assembled perspective views of a 1.8" IDE type L SSD it piece 700 according to a seventh embodiment of the present invention, and the Na element includes a PCBA 710 which includes a memory. The wafer array 72 is connected to a control wafer (not shown) and a zero insertion force (Zero Insertion) type connector (4), and an open-frame support type housing. 75. The pcBA71 is similar to the cis 11 (described previously) and includes a circuit board 71 having opposing upper and lower surfaces 712, 713. The screw holes 717 疋 are defined as passing through the board 711 in an appropriate position. In order to connect the printed circuit board 711 to the housing 750 using the (first) screw 7〇7. The connector 730 is a standard 4〇-pin IDE ZIF type connector 'which is electrically connected to the control fabric' The connection is as described first. This embodiment can also be used for connection and SATA and PCIE connector types. The open-frame support type housing 750 is an integrated die-cast metal frame that contains the first and the first. Two side fences (slim brackets) 751A, 751B and first and second End rails 752A, 752B to form a rectangular frame-like structure. Side rails 751A, 751B and end rails 752A include 19 200924599 -L-shaped flanges having - lower (horizontal) flange portions 753L and - vertically extending The upper (vertical) flange portion 753U of the lower flange portion 753L. The side fence 751A, the genus and end brackets 752A, 752B define a rectangular opening, the size of which can tightly accommodate the pcM71 〇 and the end circumference 752B defines An opening gap 754 for receiving the connector 730. The housing 750 includes a support post 756, each of which has a screw hole 757 that forms a first-connecting structure that locks the PCBA 710 to the housing 750. 756 extends from the lower (horizontal) flange portion 753L along the inner surface of the upper (vertical) flange portion 753u. As shown in Fig. 7(A), the support column 756 accommodates and supports the circuit board 711 phase during assembly. Corresponding portions, therefore, the screw holes 717 of the circuit board 7n are aligned with the screw holes 757, whereby the circuit board 711 is easily attached to the housing 750 by means of the screws 707. JL (vertical) of each side brackets 751A, 751B The outer surface of the flange portion 753U has a screw hole (not shown) which forms a second connection The internal frame frame is connected to the host system (not shown) by means of the method as previously described. The assembly of the IDE ZIF SSD component 700 is as shown in Figure 7 (A), and is completely assembled. The latter component is shown in Figure 7(B). As in the previous embodiment, the housing 75 does not include a top cover and a bottom cover, whereby the two surfaces 712, 713 of the PCBA 710 are correspondingly open at the top. The 76 〇 and the lower opening 765 are exposed, each of which is defined between the side dams 751A, 751B and the end ribs 752a, 752B. In accordance with the present invention, the present invention achieves a reduced open-frame by omitting the end rails (e.g., forming an air-opening frame) as if two separate portions are disposed on opposite edges of the PCBA in some embodiments. The weight of the support type housing. In addition to reducing weight, the two parts of the housing have lower production cost characteristics due to less material requirements' again, because die casting mode 20 200924599 (when used to produce two parts) is cheaper and one-time production The process can produce a higher number of partial components. Moreover, by designing the two portions of the two-part housing to be identical, a single die-cast module or other embossing/forming tool can be used to create the two portions to further simplify and reduce the cost of housing production. 8(A) and 8(B) are exploded perspective views and assembled perspective views of a & 5" SATA type SSD device 800 in accordance with an eighth embodiment of the present invention, the SSD device_containing - PCBA810 It comprises a memory chip array 82 and a control wafer 825 and a sata type, 1, a connector 830 is disposed on the upper, and a two-part open-frame-selective type housing 850. The PCBA81G is The PCBA 11G (described previously) is similar and includes a circuit board 811 having opposing upper and lower surfaces 812, 813. The screw holes 817 are defined to pass through the circuit board 8U in place to facilitate utilization of the (first) screw 8 The 〇7 connects the printed circuit board 811 to the housing 850. The connector 830 is a standard 22-pin SATA type connector that is electrically connected to the controller coffee, and the connection method is as previously described. 8 (A), the housing 850 includes die-cast opposing first and second elongated brackets (side rails) 851A, 851B that are attached to the housing 15Q side fences ι 51 Α, 151B (see section 1 ( A) similar to Figure 1(8)) but each formed and not connected to the end (eg by P) The CBA81G is separately connected to the elongated 姊 851A, 851B). The first structure is the same as the second parallel elongated bracket A 851B ,, so both can be die-cast (manufactured) using the same mold, 4 can be changed by the process By making the ribs and the bracket structure to form two parts of the two parts and the Han 850, the present invention reduces the manufacturing cost by reducing the number of molds or increasing the productivity. The elongated bracket 851A, the cover contains the _L shape convex The rim has a lower (water 200924599 flat) portion 853L and a vertical extension to the upper (vertical) portion 853u of the lower portion of the ship. Each of the elongated supports 4 851 Β 851 Β includes a support post 856 'each-supporting column has a snail The hole 857 is formed by the method of the above-described method to form a joint structure. The branch column 856 is extended from the lower (horizontal) portion 853L along the inner surface of the upper (vertical) portion. As shown in FIG. 8(A), the support column accommodates and supports the corresponding circuit board 811. Therefore, the screw hole 817 of the circuit board 811 is aligned with the screw hole milk 7, whereby the screw 807 is conveniently used. A printed circuit board 811 is attached to the housing. - the elongated bracket hidden, 851β comprises a guide post 855A and an alignment post extending from the lower (horizontal) (10) portion and disposed on the inner surface of the upper (vertical) flange portion 853U, which is tied with a third (A) The methods shown in the figures each accommodate internal corresponding alignment trenches. The alignment trenches are formed on the circuit board 811. The upper (vertical) portion 853U of each elongated bracket 851A, 851B has a screw hole to form The housing (four) is connected to the second connection structure of the inner frame frame of the main system (not shown) in the manner as described in (4) above. The SATA SSD assembly _ is shown in Figure 8 (A), and the fully assembled components are shown in Figure 8 (B). The connector 83A is embedded in the edge of the circuit board 811 between the elongated brackets 851A, 851B. As with the previous embodiment, the housing 85 does not include a top cover and a bottom cover, whereby the two surfaces 812, 813 of the PCBA 810 are exposed by the corresponding upper opening 86 and lower opening 865, each of which is defined Between the 851A and 851B on the side. 9(A) and 9(B) are an exploded perspective view and a perspective view of an 18" SATA type SSD 190 device according to a ninth embodiment of the present invention, the SSD device 9 〇〇 includes - The PCBA 910 includes a memory chip array 92 and a control chip 5 and a sata type 22 200924599 state connector 930 embedded thereon, and a two-part open-frame support type housing (4). Is similar to PCBA 110 (described above) and includes a circuit board 911 having opposing upper and lower surfaces 912, 913. Screw holes 917 are defined to pass through the circuit board 9H in place for ease of use (first The screw 907 connects the printed circuit board 911 to the housing 95. The connector 930 is a standard 22-pin SATA type connector that is electrically connected to the controller milk and is connected as previously described. In Fig. 9(A), the housing 950 includes dust-molded opposing first and second elongated brackets (side brackets) 951A, 951B which are attached to the housing 35 side fences 351A, 351β (see 3 (A) and 3 (8)®) she, but each formed and not connected to the end (eg The elongate brackets 951A, _) are separately connected by the PCBA 910. Each of the elongate brackets 95ia, the coffee cup includes a support post 956 'a per support post having a threaded hole 957 to form a screw 907 as in the previously described method The PCBA 910 is secured to the first attachment structure of the housing 950. The outer surface of each of the upper elongate brackets 951A, 851B has a threaded bore 958 to connect the shouting body 95G to the main system as previously described (not shown) The second connection structure of the internal frame frame of the display. The assembly of the SATA SSD component 900 is as shown in Fig. 9(A), and the components after the complete assembly are as shown in Fig. 9(B). The connector 93〇 It is hosted on the edge of the circuit board 911 between the elongated brackets 951A, 951B. As in the previous embodiment, the housing 95 does not include a top cover and a bottom cover, whereby the two surfaces 912, 913 of the PCBA 910 It is formed by the corresponding upper opening 96 〇 and the lower opening 965, which are respectively defined between the side fences 951 Α, 951 β. The 10th (A) and 10 (B) drawings are according to the 10th embodiment of the present invention. 2 5" sata type SSD component 1000 component decomposition diagram and assembly perspective, The SSD component 1 includes 23 200924599 having a PCBA 1010 including a CMOS array 1020 and a control chip i 〇 25 and a SATA type connector 10302, and a two-part open frame The floor-type housing 1050〇PCBA1010 is similar to the PCM 110 (described previously) and includes a circuit board squeak having phase-upper and lower surfaces 1G12, deleted. The screw hole 1G17 is defined to pass through the circuit board 1011 in an appropriate position in order to connect the printed circuit board 1〇11 to the body 1050 with the (first) screw 。. The connector 1〇3〇 is a standard 22-pin SATA type connector that is electrically connected to the controller 1025 in the same manner as previously described. Referring to FIG. 10(A), the housing 1〇5〇 includes die-cast opposing first and second elongated brackets (side brackets) 1051A, 1051B, which are coupled to the housing 550 side enclosures 551A, 551B. (See Figure 5(A)) is similar, but each is formed and not connected to the end fence (e.g., the elongate brackets 1051A, 1051B are individually connected by pcBAi〇i〇). Each elongate bracket 1051A, 1051B includes a support post 1056, each support post having a threaded hole 1057 to form a first connection for locking the PCBA 1010 to the housing 1〇5〇 using screws 1007 using methods previously described. structure. The outer surface of each of the upper elongated brackets 1051A, 1051B has a threaded bore 1058' to form a second connecting structure that connects the housing 1〇5〇 to the inner frame frame of the main system (not shown), as before Said method. The SATA SSD component is assembled as shown in Figure 10(1), and the fully assembled component is shown in Figure 10(B). The connector 1〇3〇 is embedded at the edge of the circuit board 1〇11 between the elongated brackets 1051A and 1051B. As in the previous embodiment, the housing 1 () 50 does not include a top cover and a bottom cover, whereby the two surfaces 1 〇 12, 1 〇 13 of the PCBA 1010 are opened by the corresponding upper opening 1 〇 6 〇 1065 is revealed, each of which is defined between the side walls 〇 51〇, 1051B. 24 200924599 Additionally, the two-part housing previously described may be formed by stamping/plasticizing a thin metal sheet using prior art techniques. Embossing and shaping are the most efficient and cost-effective ways to make brackets for a wide variety of SSD drives. In addition, with the same cradle design embedded in the periphery of the PCBA, the same embossing/shaping device can be used for both cradle', thereby simplifying the manufacturing process and further reducing manufacturing costs. Wire Molding The metal elements of the brackets 1151A, 1151B can also be ESD release paths via the attached screws. 11(A) and 11(B) are an exploded view and a perspective view of an assembly of a 2 5" IDE type SSD το lioo according to a uth embodiment of the present invention, the SSD component 丨ι〇〇 includes There is a PCBA1110 comprising a memory chip array 112 and a control wafer ι 25 and an IDE type connector H30 which are then disposed on the upper 'and-two-part open _ frame slab type housing 1150. PCBA1110 is The PCBA 110 (described previously) is similar and includes a circuit board mi having opposing upper and lower surfaces 1112, 1113. The hole 1117 is defined to pass through the circuit board 1111 in place to facilitate utilization of the (first) screw 1107. The printed circuit board 11u is connected to the body 1150. The connector 1130 is an IDE type connector electrically connected to the controller 1125 in the same manner as previously described. Referring to Figure 11 (A), the housing 1150 includes embossed/shaped opposing first and second elongated brackets (side rails) 1151A, 1151B that are each shaped (eg, not connected to the end fence) such that the elongated brackets 1151A, 1151B are individually Connected to PCBA1110 and symmetrical (substantially Each of the brackets 1151A, 1151B includes a vertical flange portion U53V and a plurality of horizontal flange portions 1153H1, 1153H2 extending perpendicularly to the vertical flange portion ι 153 ν. The center position of each vertical flange portion Π 53 Η 1 has a a first screw hole 1157 for locking to the PCBA 1110 by means of a screw 11 〇 7. The metal element for shaping the brackets 1151A, 1151B can also be es]) release path 25 200924599 diameter 'via extension through PCBA1110 The screw 11G7 corresponding to the screw hole 1117 and the horizontal flange portion 115 of the leg hole 1157 is electrically connected to the grounding surface of the bracket mu, 1151B and the PCBA 1110 via a grounding ring/hole (not shown in the metal ring diagram). The lower horizontal flange Each of the U53H2 is used to lock the SSD1100 to other components (not shown). As shown in the u(8) diagram, the four notches are located at the periphery of the PCBA111G to align with the lower horizontal flange portion n53H2. These notches are redundant and can be transferred to the actual layout of the PCBA111Q. The outer surface of the upper elongated brackets 1151A, 1151B has a (third) screw hole 1158 which is used to connect the housing (four) to the main System (not shown) The second connection structure is in the same manner as the previously described method. The SATA SSD S piece llGG is assembled as shown in the nth (4) figure, and the fully assembled component is as shown in Fig. 11(B). The connection H 113G is embedded in The edge of the board mi is between the elongated brackets 1151A, 1151B. As in the previous embodiment, the housing (10) does not include a top cover and a bottom cover, whereby the two surfaces 1112, 1113 of the PCBA 111G are exposed by the corresponding upper opening · and the lower opening α 1165 'the respective boundaries ^ It is between the side 115u and n51B. Further, each of the brackets of the two-part housing of the present invention may also be two clamped structures which are used in the prior art to form a thin metal plate or an imprint/money. The two-part clamp structure described in the following specific embodiments enhances the two-part housing of the present invention to help protect the PCBA when the PCBA itself is unable to provide the foot. Another advantage of the two-part clamping structure is that the actual area that can be used by Cong is maximized by reducing the sudden force. 12(A) and 12(B) are schematic exploded view and assembled perspective view of a 15" ZIFSATA type SSD τ 1200 according to a 帛12 embodiment of the present invention, SSD component 12 〇〇 26 2624 There is a PCBA1210 comprising a memory chip array 122 and a control chip (not shown) and a SATA type connector 1230 embedded therein, and a two-part open type _ frame branch type installation 1250. The PCBA 1210 is similar to the PCBA 110 (described previously) and includes a circuit board 1211 having opposing upper and lower surfaces 1212, 1213. The screw holes 1217 are defined to pass through the circuit board 1211 in place for ease of use ( The first) screw 12〇7 connects the printed circuit board 1211 to the housing (4). The connector is a ZIF-type connection n that is electrically connected to the control 'its connection as described previously. As in section 12 (A) The illustrated housing 125 includes an opposing first and second elongated brackets (side brackets) 1251A, 1251B 'where each bracket contains a relatively clamped structure that is clamped to the edge of the PCBA 1210' thereby elongated Bracket 1251Α, 1251β is connected separately The upper elongate bracket 1251A includes an under-clamping structure 1251A-2'. The second elongate bracket 1251B includes a lower clamping structure ΐ25ΐβ-) and an upper box structure -2-2 Each of the lower clamping structures A-丨, 125m is substantially the same (for example, formed by the same die-casting mold) and each of the top structures m2, ! legs are also substantially upper phase IS] each citrus structure has several snails The hole is aligned with the corresponding screw hole on the leg (4), for example, the lower structure (4)^ is aligned with the relative 朗_1Q(4)2 view 1217(4)-the screw hole is small and correspondingly penetrates the upper clamp structure The second screw of 1251A-2; ^丨19ς7Α. The first screw hole 1257Α-2 is connected by the combined screw 1207 in the clamping step. The metal component used to shape the bracket 1 1〇U51A, 1251Β can also be The connected screws become the ESD release path. As shown in the figure, the assembled SATA SSD component 1200 is as shown in Figure 12 (B). On the edge of the circuit board 1211, between the slender support Between 1251A and 1251B. As in the previous embodiment, the housing 125 does not include a top and bottom cover, whereby the two surfaces 1212, 1213 of the PCBA 1210 are exposed by the corresponding upper opening 1260 and lower opening 1265. 'These are each defined between the side fences 1251a, 125ib. 13(A) and 13(B) are exploded perspective views and assembled perspective views of a ”85" ZIF SATA type SSD device 1300 according to a thirteenth embodiment of the present invention, the SSD device 13 〇〇 - PCBA1310' includes a memory chip array 132 and a control chip (not shown) and a -ZIF SATA type connector (not shown) on top, and a two-part open-frame The wire is a stent cover H 135. The pGM131G is similar to that described for pGBAn() W and includes a circuit board 1311 having opposing upper and lower surfaces 1312, 1313. The screw holes 1317 are defined as being in place. Passing through the circuit board, the printed circuit board 1311 is further connected to the housing 135 by using the (first) screw 1307. As shown in Fig. 13 (Α), the housing includes a phase and a second elongated bracket ( Side brackets 1351Α, 1351Β ' each of the brackets includes a relatively clamped structure that is clamped to the edge of the PCBA 1310, whereby the elongated brackets 1351Α, 1351β are individually connected to the leg ΐ3ι〇. The first elongated bracket 1351Α Including a lower-clamping structure 1351h and an upper-made structure 1351A-2, The second elongated bracket 1351B includes a lower-lowering structure (4) and an upper structure 1351B-2. Each of the lower clamp structures 1351h, 135 is substantially the same (for example, formed by the same die-casting mold) and each-upper The clamped structures 135U-2 and i35iB_2 are also substantially the same. Each of the braids is formed, and the screw holes 13Π of the legs are read to assist the clamping step. For example, the lower structure i35iA-i contains 28 200924599 has a first screw hole 1357A-1' which is aligned with the corresponding second screw hole 1357 of the PCBA 1310 and the corresponding third screw hole 1357A-2, which penetrates the upper clamp structure 1351A-2, in the clamping step The middle is connected by means of a combination screw 1307.

The assembly of the SATA SSD component 1300 is as shown in Figure 13 (A), and the fully assembled components are shown in Figure 13 (B). The connector 1330 is embedded in the edge of the circuit board 1311 between the elongated brackets 1351A, 1351B. As with the previous embodiment, the housing 1350 does not include a top cover and a bottom cover 'where the two surfaces 1312, 1313 of the PCBA 1310 are exposed by the corresponding upper opening 1360 and the lower opening 1365, each of which is defined on the side Between the fences 1351A and 1351b. 14(A) and 14(B) are an exploded perspective view and a perspective view of a SSD component 1400 of a 1 〇" ZIF SATA type according to a 14th embodiment of the present invention, the SSD component 14 〇〇 There is a PCBA1410 comprising a memory chip array 142 and a control chip 1425 and a ZIF SATA type connector (not shown) embedded therein, and a two-part open-frame clamp support type of sad shell Body 1450. PCBA 1410 is similar to PCBA 110 (described previously) and package 3 has a circuit board 1411 having opposing upper and lower surfaces 14 丨 2, 1413. Screw holes 1417 are defined to pass through circuit board 1411 in place. In order to facilitate the (first) screw 连接 to connect the printed circuit board 1411 to the cover 1450. As shown in Fig. 14(1), the housing includes opposite first and second elongated brackets (side brackets) 1451A, 1451B, Each of the brackets includes a relatively clamped structure that is clamped to the edge of the PCBA 141G, whereby the elongated bracket button, 1451β is connected to the belly. The first elongated bracket 1451 includes a lower-clamping structure 145μ. } and the above-mentioned system structure H51A-2, the first The elongated bracket 1451B includes a lower clamping structure ι45ΐβ-i and a top 29 200924599 structure 1451B-2. The lower-lower clamping structures i451A-;l, 1451B-1 are substantially identical (eg, formed using the same die-casting mold) And each of the upper clamping structures 1451A_2, 1451B_2 is also substantially identical. Each of the jaws has a plurality of threaded holes, and (10) scales the threaded holes 1417' on the reduced pcM141's to assist in the clamping step. For example, below The structural lining (4) includes a first screw hole 1457A-1 which is aligned with the corresponding second screw hole 1417 of the PCBA 131 与 and the corresponding third screw hole 1457 八-2, which penetrates the upper clamping structure 1451. Eight_2, in the clamping step, is connected by means of a combination screw 1407. The assembly of the SATA SSD component 1400 is shown in Figure 14 (A), and the fully assembled component is as shown in Figure 14 (B). The connector 1430 is disposed at an edge of the circuit board 1411 between the elongated brackets 1451A, 1451B. As in the previous embodiment, the housing 145 does not include a top cover and a bottom cover, whereby the two PCBA 1410 Surfaces 1412, 1413 are by corresponding upper openings 14 60 and the lower opening 1465 are exposed, which are respectively defined between the side fences 1451Α, 1451β. In addition, each bracket of the two-part housing of the present invention can also be molded by using the prior art to further reduce the material. And the cost of production. However, the grounding of SSDs surrounded by plastic is a problem, _ in the clam shell to find no metal riding pCB ground. In order to avoid the problem, in the following specific embodiments, the inventor adds a case-ground pin between the plastic bracket and the PCB to reduce the small ESD current caused by the user of the plastic case. Although the plastic case is an insulator, some plastics can conduct small currents. # SSD components are plugged into the main unit. The ESD current applied to the plastic carrier can be transferred through the case-ground pin to the peg ground and then grounded through a connector to the chassis of the host and the host.

15(A) and 15(B) are an exploded perspective view and a perspective view of a SSD component 1500 of the Model 5 200924599 according to the fifteenth embodiment of the present invention, the SSD component 1500 having a The PCBA 1510 includes a memory chip array 1520 and a control wafer 1525 and an IDE type connector 1530 embedded therein, and a two-part plastic/metal open-frame carrier support type housing 1550. PCBA1510 Is similar to PCBA 110 (described previously) and includes a circuit board 1511' having opposing upper and lower surfaces 1512, 1513. Screw holes 1517 are defined to pass through circuit board 1511 in place for ease of use (first) The screw 15〇7 connects the printed circuit board 1511 to the housing 1550. The connector 1530 is an IDE type connector that is electrically connected to the control Is 1525 in the same manner as previously described. For example, item 15 (A) As shown, the housing 1550 includes opposing first and second elongated brackets (side rails) 1551A, 1551B that are individually connected to the edges of the PCBA 1510, whereby the elongated brackets 1551A, 1551B are individually connected to the PCBA 1510. 16(A) and 16(B) Additional details of the bracket 1551A are shown (the bracket 1551B is substantially identical to the bracket 1551A). The bracket 1551A includes a cast elongated plastic structure 1553 that includes first and second hollow structures disposed at opposite ends, 1554_2 And first and second shell-grounding pins (metal structures) 1555_丨, 1555_2, each of which is disposed within the first and first hollow structures 1554-1 ' 1554-2. Each shell-grounding pin ( Metal structure), 1555-2 comprises a first portion 1556' having a first screw hole 1557 and a second portion locked to the pCBA15i〇 by the method previously described, which has a connection bracket for the eighth system to the main system The second screw hole 1558' of the inner frame frame is as shown in the above, as shown in the figure (8). As shown in Fig. 16(B), the third screw hole 1558 is through the side wall opening 1554_u, 1554- 2a access, side wall opening 1554-1A' 1554-2A is the opposite wall penetrating the hollow structures 1554-1, 1554-2. 200924599 冋 16 (A), each shell-grounding pin 1555-b 1555 -2 has two axes _ a spindle is a solution to the simple 'most Wei Weikong · as the connection _ marriage is located in the center' and the first The shaft is an alignment screw hole as a conductive ring, which is locked on the working (10) to make electrical contact with the electrical connection end of the PCB. The metal surrounding the main shaft (for example, the second portion 15 is just an additional grounding metal, Increase the grounding capacitance and attenuate the ESD current that could damage the K of the pcBAi5iG. Because the main shaft is offset by the second shaft, a larger piece of metal is provided as a second portion (4) around the main shaft for the first portion 1556 to form a second shaft, thereby increasing the size of the metal grounding junction, such as a ground sink, and Increase its effectiveness. Please refer to the 15th (A) and 15th (8) diagrams. Each bracket 1551 a, 1551B is fixed by means of screws 1507. The screws 15〇7 pass through the screw holes (5) 7 on the pCM 151〇 and the corresponding The first screw hole 1557 is disposed below the hollow structure ^+^54-2. (4) The assembly of the SSDtl member 1500 is as shown in Fig. 15(A), and the components after the complete assembly are as shown in Fig. 15 (the magic diagram is shown. The connector 1530 is embedded on the edge of the circuit board 1511, and is disposed between the elongated brackets. Between 1551A and 1551B. As in the previous embodiment, the housing 155 does not include a top cover and a bottom cover, whereby the two surfaces 1512, 1513 of the PCBA 1510 are exposed by the corresponding upper opening 1560 and the lower opening 1565. And each of them is defined between the side fences 1551A and 1551B. The second (Α) and 17 (B) diagrams are schematic diagrams of the components of the 2. 5" SATA type SSD component 1600 according to the 17th embodiment of the present invention. In conjunction with the perspective view, the SSD component 1600 includes a PCBA 1610 including a memory die array 1620 and a control wafer 1625 and an IDE type connector 1650 embedded therein, and a two-part plastic/metal open type - The frame clamps the support profile housing 1650. The PCBA 1610 is similar to the PCBA 110 (described previously) and includes 32 200924599 having a circuit board 1611 having opposing upper and lower surfaces 1612' 1613. The screw holes 1617 are defined to pass through in place Circuit board 16U, so that Xiang The first) screw recommends connecting the printed circuit board 1611 to the body 165. The connector 163A is a standard SATA type connector that is electrically connected to the controller 1625 in the same manner as previously described. As shown in Fig. 17(A), the housing 165'' includes the opposite first and second elongated brackets (side brackets) 1651A, 1651B' which are each shaped and connected to the edge of the pcM161, whereby the elongated bracket 1651A The 1651B is separately connected to the PCBA161. The 18th (A) and 18(B) diagrams show additional detail of the bracket 1651A (the bracket 1651B is substantially aligned with the bracket view A_). The bracket leg A contains - a cast elongated slab structure comprising: first and second hollow structures 丨, 1654_2 disposed at opposite ends, and first and second respectively disposed in the first and second hollow structures 脳q '脳-2 a second shell-grounding pin (female structure) 1655-b 1655-2. Each shell-grounding pin (metal structure) 丨, 丨 655 2 includes a first portion 1656 having a lock using the method previously described Fixed to the first screw hole 1657 of the pCBA161〇 and a second portion 1659, the second portion 1659 has a third screw hole 1658 for utilizing The method connects the bracket 1651A to the internal frame frame of the main system, as shown in Fig. 8 (B). As shown in Fig. 16(B), the third screw hole 1658 is accessed through the side wall openings 1654_1A, 1654-2a. The side wall openings 1654-1A, 1654-2A are opposing walls that extend through the hollow structures 1654-1, 1654-2. Please refer to the 17th (A) and 17th (B) diagrams. Each bracket 1651A and 1651B is installed by means of a screw 1607. The screw 1607 passes through the screw hole 1617 on the PCBA161〇 and the corresponding number. A screw hole 1657' is disposed below the hollow structures 丨654_丨 and 丨654-2. The assembly of the SATA SSD component woo is shown in Figure 17(a), and the fully assembled components are shown in Figure 17(B) 33 200924599. The connector 1630 is embedded in the edge of the circuit board 1611 between the elongated brackets 1651A, 1651B. As with the previous embodiment, the housing 1650 does not include a top cover and a bottom cover, whereby the two surfaces 1612, 1613 of the PCBA 1610 are exposed by the corresponding upper opening 166 and the lower opening 1665. Side fence between 1651A and 1651B. The above is only the preferred embodiment of the invention and is not intended to limit the scope of the invention. Therefore, any changes or modifications of the features and spirits described in the scope of the present invention should be included in the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIGS. 1(A) and 1(B) are a 3. 5” SATA type having a frame type die-cast metal open-frame-selective type housing according to a specific embodiment of the present invention. An elemental exploded perspective view and a combined rear perspective view of a state element. FIGS. 2(A) and 2(B) are diagrams showing a frame type die-cast metal open-frame support type according to another embodiment of the present invention. An exploded perspective view and a top perspective view of the 13" ship-type Na element of the housing. 3(A) and 3(8) are broadcast decompositions of a 丨.8,' sm type SSD element having a frame type dust-bonded metal open-frame support type housing according to another embodiment of the present invention. Perspective and top perspective. 4(A) and 4(8) are diagrams of a ”.8" stacked sm-type SSD tree having a frame-type pray metal open-frame slewing type housing in accordance with an embodiment of the present invention. 5 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 3 elements of the stupid Na Na component 34 200924599 perspective and top perspective. Figure 6 (A) and 6 (B) is a truss type die-cast metal open-frame support type housing according to another embodiment of the present invention 2. 5" stacked type SATA type 70-piece exploded perspective view and top perspective view of the SSD component. 7(A) and 7(8), according to another embodiment of the present invention, having a frame-type compression metal open-frame support type housing An exploded view of the elements of the L δ" leg (with ΖΙρ connector) Na element and a top perspective view. 8(A) and 8(8) are exploded perspective views of elements of a 3·5" SATA type Na-shaped element having a two-part pray metal open-frame framing type housing in accordance with an embodiment of the present invention. Figure 9 (A) and 9 (B) are 8" SATA type SSDs with a two-part prayer metal open-frame support type housing in accordance with another embodiment of the present invention. An exploded perspective view of the components and a top perspective view. 10(A) and 10(B) are exploded perspective views of a 2_5" SATA type SSD component having a two-part compression metal open-frame support type housing in accordance with another embodiment of the present invention. Figure and top perspective view. Figures 11 (A) and 11 (B) are a two-part embossed metal open-frame type housing according to another embodiment of the present invention. An exploded perspective view and a top perspective view of a type of SSD component. 12(A) and 12(B) are diagrams showing a 28" SATA type SSD component having a two-part clamp-type die-cast metal open-frame type housing in accordance with another embodiment of the present invention. 35 200924599 Decomposition perspective and top perspective view. The 13th (Α) and 13 (Β) diagrams are two-part box type die-cast metal open-frame type shells according to another embodiment of the present invention. The elemental G 58” ZIF sm type Na element has an exploded perspective view and a top perspective view. 14(A) and 14(B) are diagrams showing a 1()"-type" of a two-part clamp-type sad-cast metal open-frame type housing according to another embodiment of the present invention. An exploded perspective view of the elements and a top perspective view. Figures 15(A) and 15(B) are diagrams of a two-part plastic/metal open-frame type housing in accordance with another embodiment of the present invention. 2. 5" IDE type SSD component component perspective and top perspective. The 16th (A) and 16(B) drawings are an exploded perspective view and a top perspective view of the bracket of the SSDs 15 and 15 (B) in detail. 17(A) and 17(B) are diagrams showing a 2" 5" SATA type SSD & piece having a two-part plastic/metal open-frame type housing in accordance with another embodiment of the present invention. The element is exploded and the top perspective view. The 18th (A) and 18th (B) drawings are an exploded perspective view and a top perspective view of the bracket of the 17th (A) and 17 (B) SSD. [Main component symbol description]

50 CPU 55 internal frame frame 100 SSD component u〇 printed circuit board assembly (PCBA) 36 200924599 111 circuit board 112 upper surface 113 lower surface 114 contact pad 115 calibration trench 117 screw hole 120 memory chip 125 controller chip 130 Connector 131 Lead 135 Socket 150 Housing 151A First Side Fence 151B Second Side Fence 152A First End Cofferdam 152B Second End Fence 153L Bottom (Horizontal) Portion 153U Upper (Vertical) Portion 154 Open Gap 155A Guide Post 155B Calibration column 37 200924599 156 support column 157 screw hole 158 screw hole 159 screw hole 160 upper opening 165 lower opening 200 SSD component 207 screw 210 PCBA 211 circuit board 212 upper surface 213 lower surface 217 screw hole 220 memory chip 225 control wafer 227 main / slave switch 230 connector 250 housing 251A first side rail 251B second side fence 252A first end fence 38 200924599 252B second end fence 253L lower (horizontal) flange portion 253U upper (vertical) flange portion 254 Opening gap 256 support column 257 screw hole 258 screw hole 260 upper opening 265 lower opening 300 SSD component 307 screw

310 PCBA 311 circuit board 312 upper surface 313 lower surface 317 screw hole 320 memory chip 330 connector 350 housing 351A first side fence 351B second side fence 200924599 352A first end fence 352B second end fence 353U (horizontal Flange portion 35L lower (vertical) flange portion 354 opening gap 355 corner post 356 support post 357 screw hole 358 screw hole 400 SSD element

410-1 > 410-2 PCBA 420 Memory Chip Array 430-1, 430-2 Connector 450 Housing 454 Opening Clearance 460 Upper Opening 465 Lower Opening 470 Rubber Pad 500 SSD Component 507 Screw

510PCBA 40 200924599 511 circuit board 512 upper surface 513 lower surface 517 screw hole 520 memory chip array 525 control wafer 530 connector 550 housing 551A first side fence 551B second side fence 552A first end fence 552B second end fence 553L Lower (horizontal) flange portion 553U (vertical) flange portion 554 opening gap 556 support column 557 screw hole 558 screw hole 560 above opening 565 opening 600SSD element 200924599

610-1 > 610-2 PCBA 620 memory chip array 625 control chip 630 connector 650 case 654 opening gap 660 upper opening 665 lower opening 670 rubber pad 700 SSD component 707 screw

710 PCBA 711 circuit board 712 upper surface 713 lower surface 717 screw hole 720 memory chip 730 connector 750 housing 751A first side fence 751B second side fence 42 200924599 752A first end fence 752B second end fence 753L ( Horizontal) flange portion 753U upper (vertical) flange portion 754 opening gap 756 support column 757 screw hole 760 above opening 765 opening 800 SSD component 807 screw

810 PCBA 811 circuit board 812 upper surface 813 lower surface 817 screw hole 820 memory chip 825 control chip 830 connector 850 housing 851A first elongated bracket 43 200924599 851B second elongated bracket 853L below (horizontal) portion 853U ( Vertical) portion 855A guide post 855B alignment post 856 support post 857 screw hole 860 above opening 865 opening 900 SSD component 907 screw

910 PCBA 911 circuit board 912 upper surface 913 lower surface 920 memory chip 925 control wafer 930 connector 950 housing 951A first elongated bracket 951B second elongated bracket 200924599 956 support column 957 screw hole 958 screw hole 960 upper opening 965 Lower opening 1000 SSD component 1007 screw 1010 PCBA 1011 circuit board 1012 upper surface 1013 lower surface 1020 memory wafer 1025 control wafer 1030 connector 1050 housing 1051A first elongated bracket 1051B second elongated bracket 1056 support column 1057 screw hole 1058 Opening above screw hole 1060 45 200924599 1065 opening below 1100 SSD component 1107 screw 1110 PCBA 1111 circuit board 1112 upper surface 1113 lower surface 1120 memory wafer 1125 control wafer 1130 connector 1150 housing 1151A first elongated bracket 1151B second slender support 1153V vertical flange portion 1153H1, 1153H2 horizontal flange portion 1157 screw hole 1158 screw hole 1160 upper opening 1165 lower opening 1200 SSD component 1207 screw 200924599 1210 PCBA 1211 circuit board 1212 upper surface 1213 lower surface 1217 screw hole 1220 memory wafer 1230 Connector 1250 housing 1251A first elongated bracket 1251A-1 under the clamping structure 1251A- 2 upper clamping structure 1251B second elongated bracket 1251B-1 lower clamping structure 1251B-2 upper clamping structure 1257 screw hole 1257A-1 first screw hole 1257A-2 third screw hole 1260 upper opening 1265 lower opening 1300 SSD component 1307 screw 200924599 1310 PCBA 1311 circuit board 1312 upper surface 1313 lower surface 1317 screw hole 1320 memory chip 1330 connector 1350 housing 1351A first elongated bracket 1351A-1 lower clamping structure 1351A-2 upper clamping structure 1351B second elongated bracket 1351B -1 lower clamping structure 1351B-2 upper clamping structure 1357 screw hole 1357A-1 first screw hole 1357A-2 third screw hole 1360 upper opening 1365 lower opening 1400 SSD component 1407 screw 48 200924599 1410 PCBA 1411 circuit board 1412 upper surface 1413 Lower surface 1417 screw hole 1420 memory wafer 1425 control wafer 1450 housing 1451A first elongated bracket 1451A-1 lower clamping structure 1451A-2 upper clamping structure 1451B second elongated bracket 1451B-1 lower clamping structure 1451B-2 upper clamping Structure 1457A-1 first screw hole 1457A-2 third screw hole 1460 upper opening 1465 lower opening 1500 SSD component 1510 PCBA 1511 circuit board 200924599 1512 Upper surface 1513 lower surface 1517 screw hole 1520 memory wafer 1525 control wafer 1530 connector 1550 housing 1551A first elongated bracket 1551B second elongated bracket 1553 plastic structure 1554-1 first hollow structure 1554-2 second hollow structure 1554-1A side wall opening 1554- 2A side wall opening 1555-1 first case-grounding pin 1555-2 second case-grounding pin 1556 first part 1557 first screw hole 1558 third screw hole 1559 second part 1560 Opening 200924599 1565 opening 1600 SSD component 1607 screw 1610 PCBA 1611 circuit board 1612 upper surface 1613 lower surface 1617 screw hole 1620 memory wafer 1625 control wafer 1630 connector 1650 housing 1651A first elongated bracket 1651B second elongated bracket 1653 Plastic structure 1654-1 first hollow structure 1654-2 second hollow structure 1654-1A side wall opening 1654- 2A side wall opening 1655-1 first case-grounding pin 1655-2 second case-grounding pin 200924599 1656 first Part 1657 first screw hole 1658 third screw hole 1659 second portion 1660 upper opening 1665 lower opening

Claims (1)

200924599 X. Patent application scope: Solid-state hard disk (SSD) component, which provides a permanent memory of a main system having an internal frame frame, the s SD component comprising: a printed circuit board assembly including a circuit board having opposite first and second surfaces, a plurality of memory chips embedded on at least the surface of the first and second surfaces of the circuit board; Provided on one of the first and second surfaces of the circuit board, the controller has an input/output interface circuit for connecting the main system, and a processor single The element 'accesses the plurality of face wafers, the instructions of the main system received by the wheel/round interface circuit; a connector embedded on the circuit board to connect the control a wafer to the main system; and an open-frame thrust type housing comprising first and second parallel elongated brackets extending along opposite edges of the circuit board each of the first and the The second bracket includes a first connection structure in the housing for locking the circuit board to the housing, and a second connection structure on the outer surface of the housing for connection to the main system The inner frame frame, wherein the open-frame slewing type housing does not include a top cover and a lower cover, whereby the two opposite first and second surface systems are respectively exposed by the first and second openings And extending between the first and second elongated brackets, and wherein the connector is disposed in the first and second openings. 2. The ss D component of claim 2, wherein the open support type housing further comprises first and second end sides, which are integrally connected to the first and second support The first and second end brackets form a frame with the first and second brackets, wherein each of the first and second parallel elongated brackets has no first and second ends including an L 53 200924599 a flange having a horizontal flange portion and a vertical flange portion extending perpendicularly to the horizontal flange portion and wherein the connector is disposed in an opening gap located at the first and second end fences One of the vertical parts. 3. The SD component of claim 2, wherein each of the first connection structures includes a support post disposed on an inner surface of the vertical portion of one of the first and second brackets, Forming a first screw hole in the support post, wherein the PCBA has a second screw hole, wherein the PCBA is embedded on the support post, so the first screw hole is aligned with the second screw hole, and wherein the SSD The component further includes a first screw hole that passes through the second screw hole and is inserted into the first screw hole. 4. The SSD component of claim 3, wherein the open-frame support type housing further comprises first and second posts disposed on the first and second brackets - An inner side surface of the vertical portion is adjacent to the support column, wherein the PCBA of the PCBA further comprises fresh _, Wei along the electrical peripheral edge, so when the PCBA is embedded to the open-frame selective type In the case of the housing, the post is received in the X-ray groove, so the PCBA is disposed opposite to the open-frame mosquito-type housing, and the second screw hole is aligned with the first screw hole. 5. The SSD component of claim 3, wherein at least one of the first connection structures further comprises a metal ring disposed on the circuit board to correspond to the second screw hole, 54 200924599 The metal ring is electrically connected to a ground plate of the circuit board by using a metal wire, and wherein a corresponding one of the first screws extends through the corresponding second screw hole, and the corresponding one is electrically connected to the metal a ring to provide a current path between the ground plate and the open-frame support type housing. 6. The SSD component of claim 2, wherein each of the second connection structures includes one or more third screw holes disposed in the vertical portion of one of the first and second brackets On an outer surface. 7. The SSD component of claim 2, wherein the first and second parallel elongated brackets comprise substantially the same structure, wherein each of the first connectors comprises a plurality of screw holes, Located on the first and second brackets, wherein the PCBA defines a second screw hole, and the PCBA is embedded in the support post of each of the first and second parallel elongated brackets, thus each first screw The hole is aligned with one of the second screw holes, wherein the SSD component further comprises a plurality of first screws, each of the first screws passing through the corresponding counterpart of the second screw hole and _§_ Inserting a corresponding first screw hole thereof, whereby the first and second flat elongated brackets are coupled to the first screw through the pCBA. 8. The SSD component of claim 7, wherein each of the first and second parallel elongated carrier packages 3 has a die cast metal structure including a horizontal flange portion and a vertical flange 邛, And extending vertically to the horizontal flange portion, wherein each of the first-connection structures comprises a plurality of branch columns disposed in the vertical flange portion of each of the first and 55th 200924599 brackets a surface, each of the support columns defining a counterpart of the first screw hole, and each of the second connection structures includes a plurality of third screw holes disposed in each of the first and first brackets On the outer surface of the vertical flange. 9. The nano element as claimed in claim 7, wherein each of the first and second parallel elongated brackets comprises an embossed metal structure comprising an elongated vertical flange portion, wherein each The connection structure includes a plurality of horizontal flange portions extending perpendicularly to the vertical flange portion of each of the first and second brackets, each of the horizontal flange portions defining - the opposite of the first screw holes, And wherein each of the second connection structures includes a plurality of third screw holes disposed on an outer surface of the vertical flange portion of each of the first and second brackets. 10. The SSD component of claim 7, wherein each of the first and second parallel elongated brackets comprises a lower-lower structure and an upper clamped structure, and wherein the female-first-connected structure comprises There is the first screw hole defined as the lower clamping structure passing through each of the first and second parallel elongated brackets, and the third screw hole is defined to pass through each of the first and second parallel elongated brackets The upper clamping structure of the frame, and wherein the female-the first-screw passes through - relative to the third screw hole, f--relative to the second screw hole and is inserted into the relative-first" thereby the peBA is proudly located in each - The upper and second parallel elongated brackets are disposed between the upper embedded structure and the lower embedded structure. 11. The method of claim 7, wherein the first and second parallel thin portions 13 have a die-length plastic structure including first and second hollow structures, 56