CN104009333A - FPC connector - Google Patents
FPC connector Download PDFInfo
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- CN104009333A CN104009333A CN201410252277.3A CN201410252277A CN104009333A CN 104009333 A CN104009333 A CN 104009333A CN 201410252277 A CN201410252277 A CN 201410252277A CN 104009333 A CN104009333 A CN 104009333A
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- insulating body
- axle
- swivelling cover
- fpc connector
- host cavity
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Abstract
The invention relates to an FPC connector. The FPC connector comprises an insulating body, a conductive terminal and a rotary cover, wherein the conductive terminal is installed on the insulating body, and the rotary cover is connected to the insulating body in a pivotal mode and used for pressing against the conductive terminal. The two sides of the insulating body are provided with pivotal-connection grooves which are provided with upper surfaces and lower surfaces. The conductive terminal comprises an upper arm, a lower arm and a connecting arm used for connecting the upper arm and the lower arm. In front of the connecting arm, a first containing cavity used for containing an FPC is located between the upper arm and the lower arm. The rotary cover is provided with a body part, a rotary ejecting shaft and connecting shafts, wherein the rotary ejecting shaft is located on the body part, and the connecting shafts are located at the two ends of the rotary ejecting shaft and used for being connected to the interiors of the pivotal-connection grooves in a pivotal mode. At back of the connecting arms, a second containing cavity used for containing the rotary ejecting shaft is located between the upper arm and the lower arm. The rotary cover is installed behind the insulating body in a vertically opened mode and then rotated downwards to be closed to make the rotary ejecting shaft rotate in the second containing cavity, so that the upper arm and the lower arm in the second containing cavity are ejected, and then the upper arm and the lower arm on the two sides of the first containing cavity tightly clamp the FPC. The rear end of the rotary ejecting shaft is provided with a notch, the notch is matched with the upper surfaces of the pivotal-connection grooves when the rotary cover is vertically opened, and therefore miniaturization of the FPC connector is facilitated.
Description
Technical field
The present invention relates to a kind of electric connector, relate in particular to a kind of FPC connector.
Background technology
FPC is the abbreviation of Flexible Printed Circuit, and Chinese implication is Flexible Printed Circuit, flexible printed circuit board or flex circuit application.FPC take polyimides or polyester film a kind ofly to have height reliability, an excellent flexual printed circuit board (PCB) as what base material was made, have that distribution density is high, lightweight, the feature of thin thickness, be widely used on the multiple electronic products such as smart mobile phone, notebook computer, digital camera, portable hard drive.FPC connector is connector for flexible printed circuit board, for the FPC that is clamped and connected, is convenient to realize FPC and is connected and transmits with the signal of the inner complementary elements of electronic product.
In recent years, affected by the market demand of 3G mobile, smart mobile phone and ultrathin notebook, FPC connector is more and more to the future development of low clearance, little spacing, easy to operate and good electric property.
Existing FPC connector comprises insulating body, is installed on the H shape conducting terminal on insulating body and is articulated in the swivelling cover on insulating body, described swivelling cover is installed on the rear end of supportting opened H shape conducting terminal on insulating body in order to be rotated down, and then makes the front end of H shape conducting terminal close up and clamp FPC.Yet described FPC connector needs certain altitude that conducting terminal and swivelling cover are installed, and the space that provides swivelling cover to rotate use, do not meet FPC connector to the trend of low clearance development.
Therefore, be necessary to design a kind of FPC connector to overcome above-mentioned defect.
Summary of the invention
The object of the present invention is to provide a kind of FPC connector that is conducive to reduce height.
For realizing aforementioned object, the present invention adopts following technical scheme: a kind of FPC connector, comprise insulating body, be installed on the conducting terminal on insulating body and be articulated on insulating body in order to compress the swivelling cover of conducting terminal, described insulating body both sides are provided with pivot connected slot, described pivot connected slot is provided with upper surface and lower surface, described conducting terminal comprises upper arm, underarm and the linking arm that connects upper arm and underarm, described linking arm the place ahead is provided with between upper arm and underarm in order to accommodate the first host cavity of FPC, described swivelling cover is provided with main part, be positioned at the rotary opening axle on main part and be positioned at rotary opening axle two ends in order to be articulated in the connecting axle of pivot connected slot, described linking arm rear is provided with between upper arm and underarm in order to accommodate the second host cavity of rotary opening axle, described swivelling cover closes and makes rotary opening axle in the second host cavity inward turning then strut upper arm and the underarm in the second host cavity in order to be mounted to vertical unfolding mode to be rotated down after insulating body, and make the upper arm of the first host cavity both sides and underarm clamp FPC, described rotary opening shaft rear end is provided with the breach in order to coordinate with pivot connected slot upper surface when the vertical unfolding mode.
As a further improvement on the present invention, described underarm be provided with from the second host cavity further to lower recess in order to pivot joint, accommodate the swivelling chute of rotary opening axle, described swivelling cover is rotated down and closes and rotary opening axle is rotated in swivelling chute in order to be mounted to vertical unfolding mode after insulating body.
As a further improvement on the present invention, the front and back transverse width of the rotary opening shaft section of swivelling cover during described vertical unfolding mode is greater than upper and lower vertical height and falls in swivelling chute after being plugged to from back to front in the second host cavity.
As a further improvement on the present invention, described underarm is provided with the first lug boss and second lug boss of spin turn trough front and back two side direction the second host cavity inner processes, described the first lug boss is compared to the more close linking arm of the second lug boss, and described the second lug boss aligns with the upper arm extending end of the second host cavity top.
As a further improvement on the present invention, described the second lug boss rear end support division that extended back, described swivelling cover be provided with that autonomous body extends downwards in order to compress the block of support division downwards when swivelling cover closes.
As a further improvement on the present invention, described rotary opening axle comprises being contained in main shaft in swivelling chute and from the axle that holds of main shaft lateral protrusion, the axle that holds of swivelling cover during vertical unfolding mode is positioned at spindle top and extends forward, and the axle that holds of the swivelling cover while closing mode is positioned at main shaft rear portion and extends upward.
As a further improvement on the present invention, described connecting axle end is provided with using of cutting sth. askew and guides connecting axle to be plugged to forward the guiding of first in pivot connected slot tangent plane for swivelling cover when the vertical unfolding mode.
As a further improvement on the present invention, described insulating body is provided with two clamping limbs and is positioned at two relative medial surfaces on two clamping limbs, described pivot connected slot outwards caves in and forms from described medial surface, pivot connected slot rear end is provided with the trailing flank between upper surface and lower surface, described swivelling cover is provided with left and right sides, the breach of described connecting axle is provided with parallel and protrudes from the breach side of swivelling cover side and vertically extend and perpendicular to the breach face of breach side, described breach side is in order to relative with the medial surface of clamping limb, described breach face is in order to relative with the trailing flank of pivot connected slot when swivelling cover closes.
As a further improvement on the present invention, described insulating body is provided with surface, the left and right sides, described clamping limb outwards protrudes from described insulating body both side surface, and described pivot connected slot is positioned at insulating body both side surface outside and along described side surface, runs through insulating body forward.
As a further improvement on the present invention, described underarm is useful to be immobilizated in the convex thorn on insulating body to protruding out in the first host cavity.
The present invention is by offering the breach in order to coordinate with pivot connected slot upper surface when the vertical unfolding mode at rotary opening shaft rear end, when described swivelling cover is plugged to pivot connected slot with vertical unfolding mode, at the above pivot connected slot upper surface of above-below direction, can fall into earlier in described breach, and do not need swivelling cover further to move downward, do not make whole rotary opening axle be positioned at pivot connected slot upper surface below, thereby allow described pivot connected slot that narrower height is set on above-below direction, thereby be conducive to FPC connector to the trend of low clearance development.
Accompanying drawing explanation
Fig. 1 is the three-dimensional combination figure of FPC connector of the present invention.
Fig. 2 is the three-dimensional combination figure of another angle of FPC connector of the present invention.
Fig. 3 is the right side view of FPC connector in Fig. 1.
Fig. 4 is the STRUCTURE DECOMPOSITION figure of FPC connector of the present invention.
Fig. 5 is the three-dimensional exploded view of another angle of FPC connector of the present invention.
Fig. 6 is that FPC connector of the present invention is isolated after swivelling cover A-A line position in Fig. 1 and cut away the schematic diagram after part.
Fig. 7 is that FPC connector of the present invention is isolated after swivelling cover B-B line position in Fig. 1 and cut away the schematic diagram after part.
Fig. 8 is the cutaway view along B-B line in Fig. 1.
Embodiment
Below with reference to specific embodiment shown in the drawings, describe the present invention.What deserves to be explained is, the embodiment that below recorded does not limit the present invention, and the conversion in the structure that those of ordinary skill in the art makes according to these embodiment, method or function is all included in protection scope of the present invention.
Refer to shown in Fig. 1 to Fig. 8, a kind of FPC connector, comprise insulating body 1, be installed on the H shape conducting terminal 2 on insulating body 1 and be articulated on insulating body 1 in order to compress the swivelling cover 3 of conducting terminal 2, described insulating body 1 is provided with the body 10 of the lengthwise extending along left and right directions, and described body 10 is provided with end face 11, connect and the front surface 12 of vertical end face 11, the rear surface 13 relative with front surface 12, be positioned at the side surface 14 of the left and right sides and extend from front to back that also left and right is spaced in order to the terminal groove 120 of conducting terminal 2 to be installed.Described body 10 both sides are provided with pivot connected slot 153, described pivot connected slot 153 is provided with upper surface 1531 and lower surface 1532, described swivelling cover 3 is provided with main part 30, be positioned at terminal containing slot 32 that using of the upper left right septum setting of main part 30 pass when swivelling cover 3 rotation for the second host cavity 202 top upper arm 21, be positioned at the rotary opening axle 34 on main part 30 and be positioned at rotary opening axle 34 two ends in order to be articulated in the connecting axle 35 of pivot connected slot 153.
Described H shape conducting terminal 2 comprises upper arm 21, underarm 22 and the linking arm 23 that connects upper arm 21 and underarm 22, described linking arm 23 the place aheads are provided with between upper arm 21 and underarm 22 in order to accommodate the first host cavity 201 of FPC, described linking arm 23 rears are provided with between upper arm 21 and underarm 22 in order to accommodate the second host cavity 202 of rotary opening axle 34, described swivelling cover 3 is rotated down and closes and make rotary opening axle 34 in the interior rotation of the second host cavity 202 in order to be mounted to vertical unfolding mode after insulating body 1, strut upper arm 21 and underarm 22 in the second host cavity 202, and make the upper arm 21 of the first host cavity 201 both sides and underarm 22 clamp FPC, described rotary opening axle 34 rear ends are provided with the breach 353 coordinating with pivot connected slot 153 upper surfaces 1531 in order to when vertically opening.So arrange, when described swivelling cover 3 is plugged to pivot connected slot 153 with vertical unfolding mode, at the above pivot connected slot 153 upper surface 1531 of above-below direction, can fall into earlier in described breach 353, and do not need swivelling cover 3 further to move downward, do not make whole rotary opening axle 34 be positioned at pivot connected slot 153 upper surface 1531 belows, so, can allow described pivot connected slot 153 that less height is set on above-below direction, thereby be conducive to FPC connector to the trend of low clearance development.
Described rotary opening axle 34 coaxially extends on left and right directions with connecting axle 35.So arrange, can allow described FPC connector on above-below direction, to there is less height and supply swivelling cover 3 rotations.
Described underarm 22 is provided with from the second host cavity 202 further accommodates the swivelling chute 223 of rotary opening axle 34 to lower recess in order to pivot joint, described swivelling cover 3 is rotated down and closes and make rotary opening axle 34 in the interior rotation of swivelling chute 223 in order to be mounted to vertical unfolding mode after insulating body 1, thereby makes rotary opening axle 34 strut upper arm 21 and the underarm 22 in the second host cavity 202.So arrange, described rotary opening axle 34 can be placed in the swivelling chute 223 of underarm 22, realizes good location, can also further dwindle the height on FPC connector above-below direction on the other hand, is more conducive to FPC connector and reduces height.
Shown in please refer to the drawing 7, the front and back transverse width in rotary opening axle 34 cross sections of the swivelling cover 3 while vertically opening is greater than upper and lower vertical height, and be plugged in the second host cavity 202 in order to level from back to front, when rotary opening axle 34 is moved horizontally to swivelling chute 223 top from back to front, described swivelling cover 3 vertically falls downwards and rotary opening axle 34 is placed in swivelling chute 223, and described rotary opening axle 34 falls in swivelling chute 223 in order to be plugged to from back to front in the second host cavity 202 again.So arrange, simple in structure, easy to assembly.
Shown in please refer to the drawing 4, described underarm 22 is provided with the first lug boss 222 and second lug boss 224 of spin turn trough 223 front and back two side direction the second host cavity 202 inner processes, described the first lug boss 222 is compared to the more close linking arm 23 of the second lug boss 224, and described the second lug boss 224 aligns with upper arm 21 extending ends of the second host cavity 202 tops.So arrange, described rotary opening axle 34 can be subject to the first lug boss 222 of both sides and the restriction of the second lug boss 224 when the interior rotation of swivelling chute 223, prevents that rotary opening axle 34 from detaching swivelling chute 223 at fore-and-aft direction, and structure is more firm; In addition, described the second lug boss 224 aligns and can make rotary opening axle 34 be mounted more easily in the second host cavity 202 with upper arm 21 extending ends of the second host cavity 202 tops, and the upper arm 21 that prevents the second host cavity 202 tops is long and hinder the quick and precisely installation of swivelling cover 3.
Described the second lug boss 224 rear ends support division 225 that extended back, described swivelling cover 3 be provided with autonomous body 30 to downward-extension in order to compress the block 33 of support division 225 downwards when closing.So arrange, after swivelling cover 3 grafting put in place and close downwards, the block 33 of described swivelling cover 3 can support underarm 22 downwards, thereby makes conducting terminal 2 more firmly clamp FPC, prevents from getting loose.
Shown in please refer to the drawing 4 and Fig. 7, described rotary opening axle 34 comprises being contained in main shaft 341 in swivelling chute 223 and holds axle 342 from main shaft 341 lateral protrusion, the axle 342 that holds of the swivelling cover 3 in vertical open mode is positioned at main shaft 341 tops and extends forward, shown in please refer to the drawing 8, the horizontal recumbency i.e. axle 342 that holds of the swivelling cover in the state that closes 3 is positioned at main shaft 341 rear portions and extends upward.So arrange, when swivelling cover 3 rotates to the process of the state of closing from vertical open mode, the cross section of described rotary opening axle 34 from front and back transverse width be greater than upper and lower vertical height change into upper and lower vertical height be greater than before and after transverse width, thereby strut upper arm 21 and underarm 22 in the second host cavity 202, and can make fit all the time in swivelling cover 3 rotary courses swivelling chute 223 of main shaft 341 rotate, so, can make the rotation of rotary opening axle 34 in swivelling chute 223 more smooth, farthest prevent that rotary opening axle 34 from wearing and tearing in rotation process, certainly, in other embodiments, the cross section of described rotary opening axle 34 also can be greater than the ellipse of vertical width up and down for transverse width before and after swivelling cover 3 is during in vertical open mode, rectangle etc., also before and after can being swivelling cover 3 when vertical open mode, transverse width be greater than other irregular shapes of vertical width up and down etc.
Shown in please refer to the drawing 6, described connecting axle 35 ends are provided with using of cutting sth. askew and guide connecting axle 35 to be plugged to forward the guiding of first in pivot connected slot 153 tangent plane 351 for swivelling cover 3 when the vertical open mode.So arrange, described the first guiding tangent plane 351 can guide swivelling cover 3 to be plugged into from back to front insulating body 1 with vertical open mode smoothly.The opposite side that described connecting axle 35 is positioned at breach 353 is also provided with the second guiding tangent plane 352 that connects described the first guiding tangent plane 351, described the second guiding tangent plane 352 can for described connecting axle 35 ends be provided with cut sth. askew for swivelling cover 3, guide connecting axle 35 to be plugged to downward vertically in pivot connected slot 153 when the vertical open mode.
Shown in please refer to the drawing 4, described underarm 22 is useful to be immobilizated in the convex thorn 221 on insulating body 1 to protruding out in the first host cavity 201.So arrange, described conducting terminal 2 can be stablized and is immobilizated on insulating body 1, prevents that conducting terminal 2 from departing from insulating body 1 backward, and simple in structure, easy for installation.
Concrete, described insulating body 1 is provided with two clamping limbs 15 and is positioned on two clamping limbs 15 two relative medial surfaces 152 and the lateral surface 151 that is positioned at medial surface 152 outsides, described pivot connected slot 153 outwards caves in and forms from described medial surface 152, and pivot connected slot 153 rear ends are provided with the trailing flank 1533 between upper surface 1531 and lower surface 1532.So arrange, described clamping limb 15 has better elasticity and expands outwardly and accommodate rotary opening axle 34 described in pivot joint.In other embodiments, described pivot connected slot 153 can be positioned at insulating body 1 inside or be located on the parts of independent installation.
Described swivelling cover 3 is provided with left and right sides 31, the breach 353 of described rotary opening axle 34 is provided with parallel and protrudes from the breach side 3532 of swivelling cover 3 sides 31 and perpendicular to the breach face 3531 of breach side 3532, described breach side 3532 is relative in order to the medial surface 152 with clamping limb 15, and described breach face 3531 is in order to relative with the trailing flank 1533 of pivot connected slot 153 when swivelling cover 3 closes.So arrange, the medial surface 152 of described clamping limb 15 can support and limit breach side 3532 and move along FPC connector left and right directions.When swivelling cover 3 is mounted to pivot connected slot 153 from top to bottom, described breach face 3531 can be realized rotary opening axle 34 and early fall in pivot connected slot 153, dwindles the height on FPC connector above-below direction; When rotation swivelling cover 3, make after swivelling cover 3 closes, described breach face 3531 perpendicular to FPC connector fore-and-aft direction in order to the trailing flank 1533 of butt pivot connected slot 153 backward, thereby the swivelling cover 3 after preventing from closing departs from insulating body 1 backward.
Described insulating body 1 is provided with surface, the left and right sides 14, described clamping limb 15 outwards protrudes from described insulating body 1 both side surface 14,, the lateral surface 151 of described clamping limb 15 all to the left and right both sides protrude out insulating body 1 both side surface 14, described pivot connected slot 153 is positioned at insulating body 1 both side surface 14 outsides run through insulating body 1 along described side surface 14 forward.So arrange, described insulating body 1 during fabrication only need to be in fore-and-aft direction die sinking, and does not need in addition to carry out pivot connected slot 153 described in moulding by slide block is set, simple in structure, is beneficial to manufacture.
Concrete, shown in please refer to the drawing 6 to 8, described swivelling cover 3 is mounted on insulating body 1 in process from back to front with vertical open mode, now described connecting axle 35 movement from back to front to the left and right both sides strut described sandwich arm 15 and enter described pivot connected slot 153, when the main shaft 341 in Fig. 7 moves forward to swivelling chute 223 top, described rotary opening axle 34 is placed in swivelling chute 223 main shaft 341 to whereabouts, because described connecting axle 35 is provided with breach 353, described pivot connected slot 153 can arrange less height on above-below direction.When FPC inserts the first host cavity 201 and contacts with conducting terminal 2, described swivelling cover 3 clockwise directions are backward on rotating close, causing described main shaft 341 to hold axle 342 described in making after the interior rotation of swivelling chute 223 rotates up and upwards props up the upper arm 21 above the second host cavity 202, meanwhile, described swivelling cover 3 supports the support division 225 of underarm 22 downwards, so arrange, when making the upper arm 21 of the second host cavity 202 both sides and underarm 22 softened, upper arm 21 and the underarm 22 of the first host cavity 201 both sides are clamped, thereby make the FPC in conducting terminal 2 upper arm 21 and underarm 22 firm clamping the first host cavities 201.
Be to be understood that, although this specification is described according to execution mode, but not each execution mode only comprises an independently technical scheme, this narrating mode of specification is only for clarity sake, those skilled in the art should make specification as a whole, technical scheme in each execution mode also can, through appropriately combined, form other execution modes that it will be appreciated by those skilled in the art that.
Listed a series of detailed description is above only illustrating for feasibility execution mode of the present invention; they are not in order to limit the scope of the invention, all disengaging within equivalent execution mode that skill spirit of the present invention does or change all should be included in protection scope of the present invention.
Claims (10)
1. a FPC connector, comprise insulating body (1), be installed on the conducting terminal (2) on insulating body (1) and be articulated in insulating body (1) upper in order to compress the swivelling cover (3) of conducting terminal (2), described insulating body (1) both sides are provided with pivot connected slot (153), described pivot connected slot (153) is provided with upper surface (1531) and lower surface (1532), described conducting terminal (2) comprises upper arm (21), underarm (22) and the linking arm (23) that connects upper arm (21) and underarm (22), described linking arm (23) the place ahead is provided with and is positioned between upper arm (21) and underarm (22) in order to accommodate the first host cavity (201) of FPC, it is characterized in that: described swivelling cover (3) is provided with main part (30), be positioned at the rotary opening axle (34) on main part (30) and be positioned at rotary opening axle (34) two ends in order to be articulated in the connecting axle (35) of pivot connected slot (153), described linking arm (23) rear is provided with and is positioned between upper arm (21) and underarm (22) in order to accommodate second host cavity (202) of rotary opening axle (34), described swivelling cover (3) closes and makes rotary opening axle (34) in the second host cavity (202) inward turning then strut upper arm (21) and the underarm (22) in the second host cavity (202) in order to be mounted to vertical unfolding mode to be rotated down after insulating body (1), and make the upper arm (21) of the first host cavity (201) both sides and underarm (22) clamp FPC, described rotary opening axle (34) rear end is provided with the breach (353) in order to coordinate with pivot connected slot (153) upper surface (1531) when the vertical unfolding mode.
2. FPC connector according to claim 1, it is characterized in that: described underarm (22) be provided with from the second host cavity (202) further to lower recess in order to pivot joint, accommodate the swivelling chute (223) of rotary opening axle (34), described swivelling cover (3) is rotated down and closes and rotary opening axle (34) is rotated in swivelling chute (223) in order to be mounted to vertical unfolding mode after insulating body (1).
3. FPC connector according to claim 2, it is characterized in that: the front and back transverse width in rotary opening axle (34) cross section of swivelling cover during described vertical unfolding mode (3) is greater than upper and lower vertical height and falls in swivelling chute (223) after being plugged to from back to front in the second host cavity (202), and described rotary opening axle (34) coaxially extends on left and right directions with connecting axle (35).
4. FPC connector according to claim 2, it is characterized in that: described underarm (22) is provided with the first lug boss (222) and second lug boss (224) of spin turn trough (223) front and back two side direction the second host cavity (202) inner processes, described the first lug boss (222) is compared to the more close linking arm of the second lug boss (224) (23), and described the second lug boss (224) aligns with upper arm (21) extending end of the second host cavity (202) top.
5. FPC connector according to claim 4, it is characterized in that: described the second lug boss (224) rear end support division (225) that extended back, described swivelling cover (3) be provided with autonomous body (30) to downward-extension in order to compress the block (33) of support division (225) downwards when swivelling cover (3) closes.
6. FPC connector according to claim 2, it is characterized in that: described rotary opening axle (34) comprises being contained in main shaft (341) in swivelling chute (223) and holds axle (342) from main shaft (341) lateral protrusion, the axle (342) that holds of the swivelling cover (3) during vertical unfolding mode is positioned at main shaft (341) top and extends forward, and the axle (342) that holds of the swivelling cover while closing mode (3) is positioned at main shaft (341) rear portion and extends upward.
7. FPC connector according to claim 1, is characterized in that: described connecting axle (35) end is provided with using of cutting sth. askew and for swivelling cover (3), guides connecting axle (35) to be plugged to forward first pivot connected slot (153) in when the vertical unfolding mode to guide tangent plane (351).
8. FPC connector according to claim 1, it is characterized in that: described insulating body (1) is provided with two clamping limbs (15) and is positioned at two relative medial surfaces (152) on two clamping limbs (15), described pivot connected slot (153) outwards caves in and forms from described medial surface (152), pivot connected slot (153) rear end is provided with the trailing flank (1533) being positioned between upper surface (1531) and lower surface (1532), described swivelling cover (3) is provided with left and right sides (31), the breach (353) of described connecting axle (35) is provided with parallel and protrudes from the breach side (3532) of swivelling cover (3) side (31) and vertically extend and perpendicular to the breach face (3531) of breach side (3532), described breach side (3532) is relative in order to the medial surface with clamping limb (15) (152), described breach face (3531) is in order to relative with the trailing flank (1533) of pivot connected slot (153) when swivelling cover (3) closes.
9. FPC connector according to claim 8, it is characterized in that: described insulating body (1) is provided with surface, the left and right sides (14), described clamping limb (15) outwards protrudes from described insulating body (1) both side surface (14), and described pivot connected slot (153) is positioned at insulating body (1) both side surface (14) outside and along described side surface (14), runs through insulating body (1) forward.
10. FPC connector according to claim 1, is characterized in that: described underarm (22) is useful to be immobilizated in the convex thorn (221) on insulating body (1) to protruding out in the first host cavity (201).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410252277.3A CN104009333A (en) | 2014-06-09 | 2014-06-09 | FPC connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410252277.3A CN104009333A (en) | 2014-06-09 | 2014-06-09 | FPC connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104009333A true CN104009333A (en) | 2014-08-27 |
Family
ID=51369893
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410252277.3A Pending CN104009333A (en) | 2014-06-09 | 2014-06-09 | FPC connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104009333A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113871928A (en) * | 2020-06-30 | 2021-12-31 | 光互通控股有限公司 | Easy access patch panel |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113871928A (en) * | 2020-06-30 | 2021-12-31 | 光互通控股有限公司 | Easy access patch panel |
| CN113871928B (en) * | 2020-06-30 | 2024-04-05 | 光互通控股有限公司 | Easily accessible patch panel |
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Application publication date: 20140827 |