TWM513544U - Improved structure of solid state disk without screw - Google Patents

Description

Screwless solid state hard disk structure improvement

This creation relates to an improved combination of a solid state hard disk, and in particular to a screwless solid state hard disk structure improvement.

According to the combination technology of the known storage devices in the computer (such as hard disk drive, optical disk drive, etc.), the electronic circuit is generally completely covered by most of the casings, and the cover is inserted, inserted, nested or screwed during the assembly process. Such technical means to complete the combination, usually with more screwing to ensure accurate and firm positioning and bonding effect.

In addition to the possibility of collocation of components, the above-mentioned methods may sometimes lead to the destruction of the original structure due to the deepening of the screw lock, and the unpredictable situation in the assembly process is difficult to achieve standard consistency. Assembly quality and efficiency. At the same time, because the housing has no reference or anti-dwelling structure, it is easier to make mistakes during assembly, and the offset is not in place, which causes the assembled product to loosen or shake after a period of use. There are cases such as abnormal sounds.

In view of this, the creators of this case, with years of experience and expertise accumulated in this skill, actively researched and improved, and finally developed this innovative and practical application of the "spiral-free solid-state hard disk structure improvement". I look forward to being able to convince the industry.

The purpose of this creation is to provide a screwless solid state hard disk structure improvement, especially It is achieved that: 1. It will mainly constitute the upper cover and the lower cover of the solid-state hard disk, and the engagement structure formed by the opposite card hole and the latching column can be used to achieve a firm and stable combination benefit; The class column provides the board to guide the alignment, and then the majority of the support plate and the clamping portion are used to provide the clamping circuit board, thereby limiting the displacement of the circuit board and making the assembly more rapid and reliable, achieving a faster and more reliable assembly quality and a quick and secure combination. Efficacy; 3, inside and outside the solid state hard disk without using any screws to lock and more beautiful.

In order to achieve the above object, the screwless solid state hard disk structure design of the present invention is improved, and at least includes the following two embodiments; in the first example, the solid state composition comprises: an upper cover, which has a vertical three sides. The plate has an open flat plate on one side, and two opposite end plates are respectively provided with snap holes near the two ends of the flat plate; the lower cover is a flat plate with three vertical plates on one side and an opening on one side for the upper cover The two opposite vertical plates are respectively disposed at two opposite ends of the flat plate, and the two opposite vertical plates are respectively provided with a plurality of symmetrical supporting plates and the clamping portion, and the two opposite vertical plates are respectively Supporting plates are respectively disposed at two ends of the vertical plates adjacent to the board, and the supporting plates are respectively provided with a class column; and a circuit board having a plurality of electronic components on the surface, and the circuit board is respectively provided with a through hole near each corner Corresponding to the fixed column, a connection port is fixed on one side of the circuit board relative to the opening position of the upper cover.

The latching holes at both ends of the upper cover and the opposite vertical plates are preferably cylindrical.

The latching protrusions at the two ends of the lower cover and the opposite vertical plates are cylindrical, and the thickness of the riser is less than or equal to the thickness of the riser.

The above-mentioned class column is a stepped cylinder integrally formed by a large diameter of a narrow upper diameter and a large diameter of a lower width, and the height of the large diameter is the same as the thickness of the circuit board.

The gap between the support plate and the clamping portion on the opposite vertical plates of the lower cover On the board thickness.

The supporting plate and the clamping portion of the two opposite vertical plates of the lower cover may be plural and spaced apart from each other.

In the second example of the improvement of the screwless solid state hard disk structure provided by the present invention, the solid state hard disk comprises: an upper cover, a flat plate having three vertical plates on one side and an opening on one side, and two flat plates around the flat plate The opposite vertical plate is respectively provided with a latching protrusion near the two ends, and the peripheral edge of the latching convex portion has more than one serration; the lower cover is a flat plate with three vertical sides and an opening on one side, and the upper cover is provided for the upper cover And a card slot is disposed adjacent to the two opposite vertical plates at the two ends of the plate, wherein each of the card slots is formed by a broken vertical plate forming a concave curved surface on the opposite edge, and one of the concave surfaces has more than one sawtooth And a pair of symmetrical support plates and a clamping portion are respectively disposed on the two opposite vertical plates, and support plates are respectively disposed at two ends of the vertical plates adjacent to the two opposite vertical plates, and the support plates are respectively convex Having a class column; and a circuit board having a plurality of electronic components on the surface, the circuit board having a through hole corresponding to each of the corner positions corresponding to the fixing post, and a position of one side of the circuit board relative to the opening of the upper cover solid There is a connection port.

The supporting plate and the clamping portion of the two opposite vertical plates of the lower cover may be plural and spaced apart from each other.

The card slot of the two opposite vertical plates of the lower cover is a structure having a relatively concave curved surface, and the apex of the card slot is located within a vertical tangent of the latch portion.

The apexes of the two slots of any of the two vertical plates of the lower cover are disposed on opposite sides.

The apex of the two slots of the two card slots on any of the vertical plates of the lower cover are disposed on opposite sides.

The apex of the two slots of the two card slots on any of the vertical plates of the lower cover are respectively disposed on the opposite inner side and the opposite outer side.

The apex of the slot of any one of the two slots of any of the two vertical plates of the lower cover is disposed on the opposite inner side, and the apex of the slot of the other slot is disposed on the opposite outer side.

The apex of the card slot of any of the two slots of any of the two vertical plates of the lower cover is disposed on the opposite outer side, and the apex of the card slot of the other card slot is disposed on the opposite inner side.

1‧‧‧ Solid State Drive

2‧‧‧Upper cover

21‧‧‧ riser

22‧‧‧ openings

23‧‧‧Card hole

3‧‧‧Under the cover

31‧‧‧ riser

32‧‧‧ openings

33‧‧‧Carpet studs

331‧‧‧Sawtooth

34‧‧‧Support board

35‧‧‧clamping department

36‧‧ ‧ class column

361‧‧‧ Trail

362‧‧‧Great Trail

37‧‧‧ card slot

371‧‧‧ concave curved surface

372‧‧‧ card slot apex

373‧‧‧Sawtooth

4‧‧‧ boards

41‧‧‧through hole

42‧‧‧Connector

The first drawing is a solid-state hard disk exploded view of a preferred embodiment of the present invention; the second drawing is a solid-state hard disk structure and a partial cross-sectional view of a preferred embodiment of the present invention; The solid-state hard disk structure and a plurality of partial enlarged schematic views of the present invention; the fourth figure is a schematic view of the solid-state hard disk assembly of a preferred embodiment of the present invention; and the fifth figure is a solid-state hard disk appearance of the preferred embodiment of the present invention. 6 is a structural exploded view of another embodiment of a solid state drive according to a preferred embodiment of the present invention; and a seventh embodiment is a structural combination and partial break of another embodiment of a solid state drive according to a preferred embodiment of the present invention; FIG. 8 is a schematic exploded view of a solid-state hard disk structure according to another preferred embodiment of the present invention; and FIG. 9 is a quick combination of an upper cover and a lower cover in a solid-state hard disk structure according to another preferred embodiment of the present invention. A schematic view of a first embodiment of the construction; the tenth figure is a solid-state hard disk structure of another preferred embodiment of the present invention, with respect to the upper cover and the lower cover BRIEF DESCRIPTION OF THE DRAWINGS FIG. 11 is a schematic view showing a third embodiment of a quick-bonding structure between an upper cover and a lower cover in a solid-state hard disk structure according to another preferred embodiment of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 13 is a schematic view showing a fourth embodiment of a quick-bonding structure between an upper cover and a lower cover in a solid-state hard disk structure according to another preferred embodiment; FIG. 13 is a solid-state hard disk of another preferred embodiment of the present invention. A schematic view of a fifth embodiment of the structure in relation to the quick coupling configuration between the upper cover and the lower cover.

The present invention is a "screwless solid state hard disk structure improvement", which is shown in the first figure, which is an exploded view of a solid state hard disk according to a preferred embodiment; the solid state hard disk 1 comprises: a set of mutually compatible The upper cover 2 and the lower cover 3, and a circuit board 4 which is embedded by the lower cover 3.

Please refer to the second figure, which is a schematic diagram of a solid-state hard disk structure and a partial cross-section of a preferred embodiment; the upper cover 2 is a rectangular flat plate structure, and a vertical plate 21 and one side are formed on three consecutive sides around the flat plate. A notch 22 is formed, and the two ends of the two vertical plates 21 on the flat plate are provided with a latching hole 23 which is pressed inwardly and inwardly from the arcuate corner, and the shape thereof is not limited in any way. Round through hole.

Please refer to the third embodiment, which is a solid-state hard disk structure and a plurality of partial enlarged views of a preferred embodiment; as shown in the first and third figures, the lower cover 3 is also a rectangular flat plate structure, and the size thereof. Slightly smaller than the upper cover 2, the size of the lower cover 3 is preferably the size of the flat plate minus the thickness of the vertical plate 21 of the upper cover 2, and the vertical plate 31 and the opening 32 formed at one side are formed on the three sides of the flat plate. And at least two ends of the opposite side vertical plates 31 of the flat plate are disposed at an arcuate angle to be provided with an open-shaped and hollow latching protrusion 33, and the thickness of the latching protrusion 33 is less than or equal to The thickness of the riser 31 is optimal, so that the upper cover 2 can be surely coupled to the lower cover 3, and the vertical plate 21 of the combined upper cover 2 is externally abutted against the outer side of the vertical plate 31 of the lower cover 3; The two opposite vertical plates 31 are respectively provided with a plurality of support plates 34 which are symmetrical and are formed to be horizontally bent and broken inwardly, and are bent upward and downward to form a hook-shaped clamping portion 35. The support plate 34 is The gap between the clamping portions 35 is just enough to allow the circuit board 4 to be tightly fitted. Similarly, the two ends of the vertical plate 31 sandwiched by the two opposing vertical plates 31 are respectively provided with a disconnection and a horizontally bent support. The plate 34 and the support plate 34 are respectively provided with a class column 36 of an unlimited size and shape, and in this embodiment, a stepped cylinder formed by integrally connecting the upper narrow diameter 361 and the lower width large diameter 362 The body, thereby providing the guiding and aligning use of the circuit board 4 when combined, and the height 362 of the class pillar 36 is the same as the thickness of the circuit board 4.

As shown in the third figure, the circuit board 4 has a rectangular plate body with a plurality of various electronic components on the surface, and the size is slightly smaller than that of the upper cover 2 and the lower cover 3, and the size of the circuit board 4 is implemented to subtract the lower cover. 3 The thickness of the plate of the vertical plate 31 is optimal; the through hole 41 is respectively disposed adjacent to each corner of the circuit board 4 and corresponds to the level column 36, and the side of the circuit board 4 is opposite to the opening 22 of the upper cover 2 A strip-shaped connecting port 42 is fixed at the position, thereby facilitating the connection of the data and the power supply.

Referring to the fourth figure, a schematic diagram of a large part of a solid state hard disk according to a preferred embodiment of the present invention is disclosed; in combination, the circuit board 4 is firstly fed by the two ends of the vertical plate 31 on the side of the lower cover 3. The post 36 provides a guiding alignment function, so that the circuit board 4 can be conveniently combined, and the plurality of supporting plates 34 around the lower cover 3 and the clamping portion 35 provide the tight fitting of the circuit board 4 to achieve a stable combination; Referring to the fifth figure, the upper cover 2 and the lower cover 3 are further engaged, and the latching holes 23 on the risers 21 and 31 corresponding to each other are engaged with the latching protrusions 33, A perfect combination is achieved; in this way, the circuit board 4 can be securely positioned by the lower cover 3 without sloshing, so that assembly can improve the assembly efficiency more conveniently and securely, and by the upper cover 2 The appearance of the exterior is completely free of the use of screws, and the internal structure is not fixed by any screw lock.

Referring to the sixth and seventh figures, the above-mentioned latching holes 23 provided on the vertical plate 21 of the upper cover 2 and the latching protrusions 33 provided on the vertical plate 31 of the lower cover 3 can be implemented. The replacement of the upper cover 2 is provided with a latching post 33 on the vertical plate 21, and the opposite latching hole 23 is provided on the vertical cover 31 of the lower cover 3, and the locking can also be achieved without the use of screws. Convenient and combined benefits.

Referring to FIG. 8 again, an exploded view of a solid state hard disk structure according to another preferred embodiment of the present invention is disclosed; the solid state hard disk 1 comprises: an upper cover 2, a lower cover 3, and a circuit board 4, In addition to the screwless guiding and securing structure between the lower cover 3 and the circuit board 4, the structure is the same as the above: in particular, the screwless quick coupling structure between the upper cover 2 and the lower cover 3; wherein the lower cover 3 The two opposite sides of the vertical plate 31 are respectively provided with a broken card slot 37 near the arc angle, and the shape thereof is not limited. In this embodiment, a set of relatively concave curved surfaces 371 is adopted. And any card slot apex 372 is located within a vertical tangent to the latching post 33, and at least one of the serrations 373 is formed on any of the concave curved surfaces 372 of the slot 37, and the upper cover 2 More than one saw tooth 331 is also formed on the circumferential surface of the latching post 33 on the opposite side riser 21.

Please refer to the ninth figure, which is a schematic view of a first embodiment of a quick-bonding structure between the upper cover and the lower cover in another solid-state hard disk structure of the present invention; wherein the lower cover 3 has two corresponding vertical plates 31 Each has a card slot 37, and each card slot 37 is designed to be broken. The vertical plate 41 is opened, and the opposite edges are respectively formed with concave curved surfaces 371, and the two card slots 37 are respectively separated from the corners of the card slot vertices 372 respectively within the vertical tangent of the corresponding latching protrusions 33. When the upper cover 2 is combined with the lower cover 3, the latching post 33 must be engaged in the center direction from the outer side of the opposite slot 37, so it is called an outward snap type; when the latching post 33 is forced into the card In the groove 37, the serrations 331, 373 corresponding to each other also form an engagement at the same time, achieving a firm and firm bonding benefit.

Referring to FIG. 10 again, a second embodiment of the quick-bonding structure between the upper cover and the lower cover in another solid-state hard disk structure of the present invention is disclosed; wherein the lower cover 3 has two corresponding vertical plates 31 The card slot 37, the opposite edge of each of the card slots 37 is a concave curved surface 371, and the card slot vertices 372 of the two card slots 37 near the corners are respectively located within the vertical tangent of the corresponding latching post 33, this type When the lower cover 3 is assembled for the upper cover 2, the latching post 33 must be engaged by the inner side of the opposite slot 37 toward the outer side, so it is called an inward snap type; when the latching post 33 is forced into the card slot In the case of 37, the serrations 331, 373 corresponding to each other will also form a meshing at the same time, achieving a firm and solid combination benefit.

Referring to FIG. 11 again, a third embodiment of the quick-bonding structure between the upper cover and the lower cover in another solid-state hard disk structure of the present invention is disclosed; wherein the lower cover 3 has two corresponding vertical plates 31 The card slot 37 of the end, the opposite edge of each of the card slots 37 is a concave curved surface 371, and the card slot vertices 372 of the two card slots 37 are respectively located within the vertical tangent of the corresponding latching post 33, this type is When the upper cover 2 is combined with the lower cover 3, the latching post 33 can be engaged by the inner side or the outer side of the slot 37 toward the opposite side, so it is called an inner and outer snap type; when the latching post 33 is forced into When the slots 37 are in the slots 37, the serrations 331, 373 corresponding to each other will also be meshed at the same time, achieving a firm and secure combination.

Referring to FIG. 12 again, a fourth embodiment of the quick-bonding structure between the upper cover and the lower cover in another solid-state hard disk structure of the present invention is disclosed; wherein the lower cover 3 has two corresponding vertical plates 31 The card slot 37 of the end, the opposite edge of each of the card slots 37 is a concave curved surface 371, and the slot apex 372 of one of the card slots 37 near the corner is located within the vertical tangent of the corresponding latching post 33, and The slot apex 372 of a card slot 37 away from the corner is located within the vertical tangent of the corresponding latching post 33; when the upper cover 2 is combined with the lower cover 3, the upper cover 2 has two latching studs on the same side riser 21 33 must be engaged by the same direction as the opposite two slots 37, so it is called a one-way snap type (A); when the latching protrusions 33 are forced into the slot 37, the corresponding serrations 331, 373 are also At the same time, the meshing is formed to achieve a firm and solid combination. .

Referring to FIG. 13 again, a fifth embodiment of the quick-bonding structure between the upper cover and the lower cover in another solid-state hard disk structure of the present invention is disclosed; wherein the lower cover 3 has two corresponding vertical plates 31 The card slot 37 of the end, the opposite edge of each of the card slots 37 is a concave curved surface 371, and the slot apex 372 of one of the card slots 37 away from the corner is located within the vertical tangent of the corresponding latching post 33, and The apex 372 of the card slot near the corner of the card slot 37 is located within the vertical tangential line of the corresponding latching post 33; when the upper cover 2 is combined with the lower cover 3, the upper cover 2 has two latching studs of the same side riser 21 33 must be engaged by the same direction as the opposite two slots 37, so it is called a one-way snap type (B); when the latching protrusions 33 are forced into the slot 37, the corresponding serrations 331, 373 are also At the same time, the meshing is formed to achieve a firm and solid combination.

In summary, the features of the "Spiral-free solid-state hard disk structure improvement" include: 1. Using the lower-level class column to guide the circuit board positioning, and then using a set of more than one interval misalignment The cooperation between the gusset and the clamp portion can surely limit the displacement and sway of the circuit board, and achieve the assembly effect without screws; 2. The combination of the simple and quick engagement structure can further improve the combination efficiency of the upper cover and the lower cover, and also achieve The assembly function of the screwless lock; this design is fully beneficial to the purpose of improving the assembly efficiency, fully conforms to the patent application requirements, and is submitted in accordance with the law.

However, the above description is a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. All the simple modifications and equivalent structural changes made by the use of this manual and the contents of the drawings shall be included in the scope of the patent of this creation and shall be combined with Chen Ming.

1‧‧‧ Solid State Drive

2‧‧‧Upper cover

21‧‧‧ riser

22‧‧‧ openings

23‧‧‧Card hole

3‧‧‧Under the cover

31‧‧‧ riser

32‧‧‧ openings

33‧‧‧Carpet studs

34‧‧‧Support board

35‧‧‧clamping department

36‧‧ ‧ class column

361‧‧‧ Trail

362‧‧‧Great Trail

37‧‧‧ card slot

4‧‧‧ boards

41‧‧‧through hole

42‧‧‧Connector

Claims (14)

The invention relates to a structure of a screwless solid state hard disk, comprising: an upper cover, a flat plate having three vertical plates on one side and an opening on one side, and two opposite vertical plates around the flat plate are respectively provided with latching holes at both ends; The lower cover is a flat plate having three vertical plates on one side and an opening on one side, which can be covered by the upper cover, and two opposite vertical plates are arranged at the two ends near the two ends, and the opposite ends are respectively arranged. a plurality of symmetrical support plates and a clamping portion are respectively disposed on the plate, and support plates are respectively disposed at two ends of the vertical plates adjacent to the two opposite vertical plates, wherein the support plates are respectively provided with a class column; The circuit board has a plurality of electronic components on the surface. The circuit board is respectively provided with a through hole corresponding to the class column near the corners, and a connection port is fixed on one side of the circuit board with respect to the opening position of the upper cover. The structure of the screwless solid state hard disk according to the first aspect of the patent application is improved, wherein the card hole is optimal in a cylindrical shape. The invention relates to a screwless solid state hard disk structure improvement according to claim 1, wherein the thickness of the latching protrusion is less than or equal to the thickness of the vertical plate. The structure of the screwless solid state hard disk according to the first aspect of the patent application, wherein the pillar is a stepped cylinder formed by a large diameter of a narrow upper diameter and a large diameter of the lower width, and the height and the circuit of the large diameter The same plate thickness is the best. The invention relates to a screwless solid state hard disk structure improvement according to claim 1, wherein a gap distance between the support plate and the clamping portion is equal to a thickness of the circuit board. The invention relates to a screwless solid state hard disk structure improvement according to the first aspect of the invention, wherein the plurality of support plates and the clamping portion of the lower cover are arranged at intervals. A screwless solid state hard disk structure improvement, including: An upper cover is a flat plate having three vertical plates on one side and an opening on one side, and two opposite vertical plates are respectively disposed at two ends of the flat plate respectively with a latching protrusion, and the periphery of the latching protrusion has more than one serration The lower cover is a flat plate having three vertical plates on one side and having an opening on one side, which can be covered by the upper cover, and two card slots are respectively disposed near the two opposite vertical plates around the plate, and each of the card slots is broken. The vertical plate form forms a concave curved surface on the opposite edge, and one of the concave curved surfaces has more than one serration, and then a pair of symmetric support plates and the clamping portion are respectively disposed on the opposite vertical plates, and The two ends of the vertical plate adjacent to the vertical plate are respectively provided with support plates, and the support plates are respectively provided with a class column; and a circuit board has a plurality of electronic components on the surface, and the circuit board is located near each corner The through hole is corresponding to the class column, and a connection port is fixed on one side of the circuit board with respect to the opening position of the upper cover. The invention relates to a screwless solid state hard disk structure improvement according to claim 7, wherein the plurality of support plates and the clamping portion of the lower cover are spaced apart from each other. The improvement of the screwless solid state hard disk structure according to the seventh aspect of the patent application, wherein the apex of the slot of the concave surface of the opposite cover on the opposite vertical plate is located perpendicular to the upper cover of the two latching protrusions Within the tangent. The invention relates to the improvement of the screwless solid state hard disk structure according to claim 7, wherein the apex of the two slots of any two of the vertical plates of the lower cover are disposed on opposite sides. The invention relates to the improvement of the screwless solid state hard disk structure according to claim 7, wherein the apex of the two slots of the two card slots on the two vertical plates of the lower cover are disposed on opposite sides. The invention relates to the improvement of the screwless solid state hard disk structure according to claim 7, wherein the grooving vertices of the two card slots on any of the vertical plates of the lower cover are respectively disposed on the opposite inner side and the opposite outer side. The structure of the non-screw solid-state hard disk according to claim 7 is characterized in that the apex of any slot of the two slots of any two vertical plates of the lower cover is disposed on the opposite inner side, and The apex of the card slot of one card slot is disposed on the opposite outer side to form an inner and outer snap-fit type. The structure of the non-screw solid-state hard disk is improved according to claim 7, wherein the apex of any one of the two slots of the two vertical plates of the lower cover is disposed on the opposite side, and The apex of the card slot of one card slot is disposed on the opposite inner side to form an outer and an inner snap type.