Electronic assembly with foldable connector

Abstract

An electronic assembly (100) includes a housing having a plurality of walls together defining a receiving space and an opening defined in one of the walls and in communication to the receiving space; a connector (53) pivotally linked to the housing and projected outward of the housing via the opening; a locking member (6) mounted to the housing, said locking member having an elastic arm portion (61) with a stopper portion (62) formed thereon and extending into the receiving space; and whereas rotation the connector to urge the elastic arm portion deformed such that the connector is capable of sliding into the receiving space and locked by the stopper member.

Description

FIELD OF THE INVENTION

The present invention generally relates to an electronic assembly, and more particularly to an electronic assembly with a foldable connector thereof. The invention relates to the copending application with the same title, the same filing date, the same applicants and the same assignee therewith.

DESCRIPTION OF PRIOR ART

As development of an electronic technique, an electronic device becomes lower profile and multifunction. Some consumer products, especially those video/audio products, should be equipped with a lower profile power port and signal port. For example, U.S. Pat. Nos. 6,461,198, 6,038,766, 5,895,294 and TW Pat. 406884 introduce some related art of electrical connectors.

U.S. Pat. No. 6,461,198 (hereinafter refer to US'198) discloses audio connection apparatus. The connection apparatus includes plug and jack assemblies. The jack assembly defines a primary insertion hole and at least a pair of secondary insertion openings disposed laterally therefrom. The jack assembly includes a plurality of first conductive plates disposed in each of the secondary insertion openings. The plug assembly which releasably couples to the jack assembly includes a central shaft for engaging the primary insertion hole of the jack assembly in electrically conductive manner, as well as at least a pair of secondary insertions disposed laterally from the central shaft for respectively engaging the insertion openings of the jack assembly in electrically conductive manner. Each secondary insertion includes a plurality of second conductive plates each configured to contact a first conductive plate in electrically conductive manner. The engagement of the secondary insertions and secondary insertion openings enables the auxiliary transmission of electrical audio signals for supplementing the transmission of electrical audio signals through the engagement of the central shaft and primary insertion hole.

However, the plug assembly of US'198 may be disposed outside of an electronic device, and it may occupy more space and be damaged by exterior environmental conditionals.

Hence, an improved electrical assembly is highly desired to overcome the aforementioned problems.

SUMMARY OF THE INVENTION

Accordingly, an object of the present invention is to provide an electrical connector capable of being retracted in a housing of an electronic assembly.

In order to achieve the object set forth, an electronic assembly in accordance with the present invention comprises a housing having a plurality of walls together defining a receiving space and an opening defined in one of the walls and in communication to the receiving space; a connector pivotally linked to the housing and projected outward of the housing via the opening; a locking member mounted to the housing, said locking member having an elastic arm portion with a stopper portion formed thereon and extending into the receiving space; and whereas rotation the connector to urge the elastic arm portion deformed such that the connector is capable of sliding into the receiving space and locked by the stopper member.

Other objects, advantages and novel features of the invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an assembled, perspective view of an electronic assembly, with a plug connector exposed outside of a housing thereof.

FIG. 2 is an assembled, perspective view of the electronic assembly, with the plug connector retracted into the housing.

FIG. 3 is an exploded, perspective view of the electronic assembly;

FIG. 4 is similar to FIG. 3, but viewed from another aspect;

FIG. 5 is an up shell of the housing of the electronic device;

FIG. 6 is a partially assembled perspective view of the electronic assembly showed in FIG. 1, with the up shell remove away and the plug connector projecting outside of the housing;

FIG. 7 is a partially assembled perspective view of the electronic assembly showed in FIG. 2, with the up shell removed away and the plug connector retracted into the housing;

FIG. 8 is a partially assembled perspective view of the electronic assembly showed in FIG. 1, with the bottom shell removed away and the plug connector retracted into the housing;

FIG. 9 is a partially assembled perspective view of the electronic assembly showed in FIG. 2, with the bottom shell removed away and the plug connector projecting outside of the housing;

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

Reference will now be made in detail to the preferred embodiment of the present invention.

Referring to FIGS. 1-4, an electronic assembly 100 comprises an up cover 1, a printed circuit board (PCB) 2, a first mating port 3 mounted to the PCB 2, a second mating port 4 arranged aside the PCB 2, a rotational member 5 mounted to a front section of the up cover 1, a locking member 6, and a bottom cover 7. The up cover 1 and the bottom cover 7 incorporated a housing for accommodating the aforementioned element members.

Referring to FIGS. 3-8, the up cover 1 includes a top wall 10, an arched first side wall 110 connected to a left edge of the top wall 10, a peripheral wall 112 extending downward from right and back edges of the top wall 10 and further connected to the first side wall 10. A first vertical wall 130, a second vertical wall 131, a third vertical wall 132 and a fourth vertical wall 134 are formed on an inner surface of the top wall 110 and interconnected one another to together form a rectangular shaped receiving area 13. A first opening 14 is defined in the right side of the peripheral wall 112 and aligns with the receiving area 13 transversally. Two first stoppers 141 are spaced apart one another and align with lateral sections of the first opening 14, and three second stoppers 142 are spaced arranged and proximate to a low edge of the first opening 14. A second opening 19 is defined in the back side of the peripheral wall 112, and a positioning post 12 is arranged aside the second opening 19. A platform 135 is located in the receiving area 13 and adjacent to the third vertical wall 132. The first vertical wall 130 is perpendicular to and has same height with the second vertical wall 131. Two extension portions 1321 extend laterally from ends of the third vertical wall 132 and substantially align with the first stoppers 141, respectively. Two L-shaped stoppers 136 are accommodated in the receiving area 13 and arranged adjacent to the second vertical wall 131 and the fourth vertical wall 134, respectively. The platform 135 is disposed adjacent to the L-shaped stopper 136 which is arranged aside the fourth vertical wall 134.

A slot 18 is recessed downwardly from an up surface of the top wall 10 of the up cover 1 and located above the platform 135. An rectangular shaped aperture 181 is defined in the middle section of the platform 135 and in communication to the slot 18. A cylindrical cavity 15 is located in the front segment of the inner side of the top wall 10, adjacent to the left side of the first side wall 110. An extension wall 153 is arranged on a top edge of the left side section of the cylindrical cavity 15 and has same height as the first side wall 110. A transversal connection wall 155 connects a front end of the extension wall 153 with an inner surface of the first side wall 110. A shaft 151 is located in the central section of the cylindrical cavity 15. Three positioning members 152 asymmetrically around the shaft 151, and one of the larger positioning members 152 and two of the smaller positioning members 152 are arranged at two lateral sides of the shaft 151, respectively. A passage 154 is located between the fourth vertical wall 134, the extension wall 153 and a back side section of the cylindrical cavity 15. A depression portion 156 is located in front of the transversal connection wall 155. A circular recessing portion 160 is arranged on an another side of the front segment of the inner side of the top wall 10. An upright wall 162 is arranged adjacent to the circular recessing portion 160 and connected to the fourth vertical wall 134 via an inclined transition wall (not numbered). A first cutout 1620 is defined in a lower section of the upright wall 162, and the first cutout 1620 has an oblique edge with respect to the transversal direction and a parallel edge with respect to the transversal direction. A third opening 161 is defined in an up section of the front segment of the peripheral wall 112.

Referring to FIG. 5, three second positioning posts 171 are spaced from one another and attached to an inner surface of the first side wall 110. Two positioning holes 172 are arranged along the side section of the peripheral wall 112. Furthermore, a number of reinforcement portions 1721 are formed on outside of the positioning holes 172 and connected to the side section of the peripheral wall 112.

Referring to FIGS. 3, 4 and 6, the PCB 2 is of L-shaped, and four first holes 21 are disposed in lateral sides thereof and two second holes 23 are defined in one of the shorter lateral side. The first holes 21 are arranged proximate to outer edges of the PCB 2. A Light Emitting Diode (LED) 24 is mounted to the PCB 2 and the LED 24 is used for indicating running status of the electronic device.

The first mating port 3 has thirty terminals 30 therein, and each terminal 30 has a tail portion 31.

The second mating port 4 is a universal serial bus (USB) connector and has four terminals 41 therein. A protrusion portion 42 is formed on a rear section of the bottom surface of the second mating port 4.

The rotational member 5 includes a first base portion 51 and a second base portion 52 mounted onto the first base portion 51, with a rear portion of a plug connector 53 sandwiched therebetween. The first base portion 51 has a hollowed and cylindrical shaped engaging part 510 and a rectangular holding part attached to lateral side thereof. The second base portion 52 has a hollowed and cylindrical engaging part 520 and a rectangular holding part attached to lateral side thereof. A coil spring member 54 is assembled to interior portions of the engaging parts 510, 520. A passageway 5101 is defined in a lower section of the engaging part of the first base portion 51 and in communication to the interior portions of the engaging parts 510, 520. Wires (not shown) extend through the passageway 5101 and are coupled to the plug connector 53.

The locking member 6 is made of plastic material, and includes a cylindrical shaped base portion 60, an elastic arm portion 61 laterally extending outward from the base portion 60, a stopper portion 62 formed on a back side of the arm portion 61, a stub portion 63 formed on a front side of the arm portion 61 and opposite to the stopper portion 62, and a bar portion 64 formed at a free end of and perpendicular to the arm portion 61. The stopper portion 62 has an wedge shaped free end 621. The arm portion 61 includes a first arm part 610 attached to the base portion 60, a second arm part 613 discrete from the base portion 60 and a transition portion 611 for connecting the first arm part 610 and the second arm part 613. The first arm part 610 and the second arm part 613 form an acute angle therebetween.

The electronic assembly 100 further has a switch device 8 which includes two supporters 80, an operation member 82 and a connection member 81 disposed between the supporters 80 and the operation member 82. The supporter 80 has a rectangular shaped main portion 801, a slider portion 803 mounted to an up surface 8012 and capable of sliding thereon, and three rows of soldering tails 802 extending downwardly from the main portion 801. The operation member 82 includes an ellipse shaped operation part 821, two juxtaposed engaging portions 823 extending downwardly from a middle section of a bottom surface of the operation part 821. The engaging portion 823 includes a notch 8231 defined in an middle segment of an outside thereof, a locking part 8232 formed at free end thereof, and a protrusion part 8233 attached to the bottom surface of the operation part 821. The connection member 81 is made of transparent material and configured to be I-shaped viewed from the lateral side. An aperture 810 is defined in a middle section of the connection member 81. Ribs 8101 are formed on interior side edges of the aperture 810. Two cavities 812 are defined in opposite side sections of the aperture 810 and proximate to a left side of the connection member 81. Two flange portions 813 are respectively attached to lateral ends of the connection member 81. An upper part of the flange portion 813 is thinner than a lower part of the corresponding flange portion 813. The cavities 812 are respectively disposed adjacent to the corresponding flange portions 813.

Referring to FIGS. 3, 6 and 9, the bottom cover 7 is substantially same as the up cover 1, and it has a second side wall 710 and a second peripheral wall 712 which are corresponding to the first side wall 110 and the first peripheral wall 112. A fourth opening 74, a fifth opening 79 and a six opening 761 are defined in the second peripheral wall 712 and corresponding to the first opening 14, the second opening 19 and the third opening 161 in the first peripheral wall 112. Three second positioning holes 71 are arranged along the second side wall 710 and align with the second positioning posts 171 of the up cover 1. A third positioning hole 72 is disposed adjacent to the fifth opening 79 and adapted for receiving the first positioning post 12. A number of bars 73 are formed on an inner surface of a low wall (not numbered), extending along a front-to-back direction and disposed adjacent to the fourth opening 74. A second cutout 762 is defined in an upper section of an upright wall (not numbered) perpendicular to the six opening 761. The second cutout 762 is same with the first cutout 1620, but deeper than the first cutout 1620. A second stopper 763 is arranged aside the second cutout 762. A mounting post 76 is disposed behind the second stopper 763. A number of third positioning posts 75 are arranged proximate to the lateral side of the second peripheral wall 713. One of the third positioning posts 75 is next to the third positioning hole 72, and the remaining positioning posts 75 are nearby the mounting post 76.

The soldering tails 802 under the supporters 80 are soldered to the PCB 2, and the two LEDs 24 disposed between the two supporters 80. The connection member 81 is mounted to the supporters 80. The slider portions 803 are respectively disposed in the cavities 812.

Referring to FIGS. 3-9, when assemble, positioning posts 31 of the first port 3 are inserted into the second holes 23 of the PCB 2, and contacts (not shown) of the first port 3 are soldered to the PCB 2. The terminals 41 of the second port 4 are electrically connected to the PCB 2 via some wires (not shown). The operation member 82 is assembled to the top wall 10 of the up cover 1, with the operation part 821 accommodated in the slot 18, the engaging portions 823 extending through the aperture 181, and the protrusion part 8233 of the engaging portions 823 abutting against the front and rear edges of the aperture 181. The first positioning posts 12 and the second positioning posts 171 are inserted into the first holes 21. The engaging portions 823 further protrude into the aperture 810, with the locking parts 8232 thereof engaging with the ribs 8101 of the connection member 81. The switch device 8 is accommodated in the receiving area 13. The first port 3 is against the second vertical wall 131 and extend into the second opening 19. The second port 4 is arranged between the first stoppers 141, against the third vertical wall 132 and extend into the fourth opening 74.

The rotational member 5 is assembled to the up cover 1, with the passageway 5101 of the cylindrical engaging part 510 toward the passage 154 to have the wires connected to the plug connector 53 through the passage 154 and soldered to the PCB 2. The shaft 151 and the positioning members 152 are accommodated in the engaging parts 510, 520. The positioning members 152 further interfere with an interior side of the engaging part 510. The locking member 6 is also mounted to the up cover 7, with the mounting post 76 inserted into and interfering with an interior of the base portion 60, the stopper portion 62 projected into the second cutout 762, the second arm part 613 extending into the six opening 761, the bar portion 64 exposed outside of the second peripheral wall 712, and the stub portion 63 proximate to the second stopper 763.

The bottom cover 7 is assembled to the up cover 1, with the second positioning posts 171 passing through the first holes 21 of the PCB 2 and inserted into the second positioning holes 71. The third positioning posts 75 are inserted into the first positioning posts 172. Therefore, the rotational member 5 and the locking member 6 are securely arranged between the up cover 1 and the bottom cover 7.

Referring to the FIGS. 1-2 and 6-9, the spring member 54 is capable of biasing or preloading a force to the rotational member 5 and thus plug connector 53 is exposed outside of the housing and perpendicular thereto. When the electronic device 100 is retracted into the housing, an exterior force exerted onto the base portions 51, 52, and the rotational member 5 pivots around the shaft 151, and the plug connector 53 presses onto the wedge shaped free end 621 of stopper portion 62 to make the arm portion 61 deformed, and a free end of the plug connector 53 slides excessively inwardly and disposed behind the stopper portion 62, thus the plug connector 53 is locked by the stopper portion 62. When the plug connector 53 is used, just push the bar portion 64 moving laterally to make the stopper portion 62 away from the plug connector 53, thus the plug connector 53 is exposed outside of the housing via a restore force by the spring member 54.

It will be understood that the invention may be embodied in other specific forms without departing from the spirit or central characteristics thereof. The present examples and embodiments, therefore, are to be considered in all respects as illustrative and not restrictive, and the invention is not to be limited to the details given herein.

Claims

1. An electronic assembly, comprising: a housing having a plurality of walls together defining a receiving space and an opening defined in one of the walls and in communication to the receiving space;a connector pivotally linked to the housing and projected outward of the housing via the opening;a locking member mounted to the housing, said locking member having an elastic arm portion with a stopper portion formed thereon and extending into the receiving space; andwhereas rotation the connector urges the elastic arm portion to be deformed such that the connector is capable of sliding into the receiving space and locked by the stopper member.

2. The electronic assembly as recited in claim 1, wherein a rotational member is combined with the connector and mounted to a circular cavity defined in a lateral section of a bottom cover or an up cover of the housing.

3. The electronic assembly as recited in claim 2, wherein the rotational member has cylindrical shaped engaging part received in the circular cavity.

4. The electronic assembly as recited in claim 3, wherein a shaft is arranged in the circuit cavity and extends into a hollowed interior of the engaging part.

5. The electronic assembly as recited in claim 4, wherein three positioning members are asymmetrically disposed around the shaft and extend into the hollowed interior of the engaging part and interfere with the engaging part.

6. The electronic assembly as recited in claim 5, wherein a spring member is arranged in the hollowed interior of the engaging part to bias the connector.

7. The electronic assembly as recited in claim 2, wherein the locking member further includes a base portion connected to the elastic arm portion and positioned at another lateral section of the bottom cover or the up cover of the housing.

8. The electronic assembly as recited in claim 7, wherein the elastic arm portion includes a first arm part attached to the base portion and a second arm part connected to the first arm part, and wherein the first arm part and the second arm part form an acute angle therebetween.

9. The electronic assembly as recited in claim 8, wherein the stopper portion is formed on a side of the second arm part which is proximate to the connector.

10. The electronic assembly as recited in claim 4, wherein a stub portion is formed on another side of the second arm part.

11. The electronic assembly as recited in claim 9, wherein the stopper portion defines a wedged free end toward the opening of the housing.

12. An electronic assembly, comprising: a housing having a plurality of walls together defining a receiving space for accommodating a connector therein, and said connector pivotally linked to the housing and capable of projecting outward of the housing through an opening defined in one of the walls;a locking member mounted to the housing, said locking member having an elastic arm portion with a stopper portion formed thereon and extending into the receiving space for locking the connector, and a free end of the arm portion exposed outside of the housing; andwhereas deformation the elastic arm portion to let the stopper depart from the connector such that the connector is capable of sliding out the receiving space.

13. The electronic assembly as recited in claim 12, wherein a slot is defined in the one wall of the housing for the elastic arm portion extending therethrough.

14. The electronic assembly as recited in claim 13, wherein a bar portion is connected to the free end of the arm portion and disposed outside of the slot.

15. The electronic assembly as recited in claim 12, wherein a free end of the stopper portion has a wedged side facing to the opening of the housing.

16. An electronic assembly comprising: a case defining a rectangular interior space communicating with an exterior on thereof first, second and third sides neighboring with one another;a printed circuit board received in said interior space;first and second connector respectively disposed around the first side and the second side to communicate with the exterior;said first connector being stationary;said second connector, which is configured with a columnar plug, moveable between first and second positions wherein said connector is retracted and hidden behind the second side in the first position while is extended and exposed to the exterior to replace said first connector for electrical connection; whereinanother electrical communication with the exterior occurs on the third side via said printed circuit board.

17. The electronic assembly as claimed in claim 16, wherein said second connector is rotatable with regard to the case about an axis located at a corner of said case.

18. The electronic assembly as claimed in claim 17, further including a spring to urge said second connector toward the second position.

19. The electronic assembly as claimed in claim 18, further including a locking member to resist a force due to said spring for maintaining said second connector at the first position.

20. The electronic assembly as claimed in claim 19, wherein said locking member is accessible from the exterior so as to release the second connector from the first position to the second position.