CN109769366A - Interlocking frame, cabinet, electronic equipment - Google Patents
Interlocking frame, cabinet, electronic equipment Download PDFInfo
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- CN109769366A CN109769366A CN201711096180.8A CN201711096180A CN109769366A CN 109769366 A CN109769366 A CN 109769366A CN 201711096180 A CN201711096180 A CN 201711096180A CN 109769366 A CN109769366 A CN 109769366A
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Abstract
This application discloses a kind of interlocking frame, cabinet, electronic equipments, belong to communication technique field.The interlocking frame includes: multiple degrees of freedom regulating part；It is arranged on multiple degrees of freedom regulating part, and is adapted to the first plug connector of grafting with main equipment frame；It is arranged on multiple degrees of freedom regulating part, and is adapted to the second plug connector of grafting with expansion equipment frame；The flexible circuit board for being arranged on multiple degrees of freedom regulating part, and being electrically connected respectively with the first plug connector and the second plug connector.The interlocking frame adaptively adjusts the position of the first plug connector and the second plug connector according to the position deviation between equipment frame by setting multiple degrees of freedom regulating part, it is ensured that the two is adapted to grafting with corresponding equipment frame, has high fault tolerance.And connect in a plug-in manner, its volume can be reduced, effectively prevent space hold, be conducive to efficiently dismounting.By the way that flexible circuit board is arranged, to be adapted to the high fault tolerance of the interlocking frame, it is ensured that the normal operation of the interlocking frame.
Description
Technical field
This disclosure relates to communication technique field, in particular to interlocking frame, cabinet, electronic equipment.
Background technique
It is right in Information and Communication Technology (Information Communications Technology, abbreviation ICT) industry
When equipment is extended, an expansion equipment frame is usually added again on the basis of existing main equipment frame, by making main equipment frame
It stacked, interconnected with expansion equipment frame, and be integrally placed in cabinet, the extended capability of equipment is embodied.Due to master
There is position deviation more in equipment frame and expansion equipment frame, for example, both it is reachable with the position deviation in short transverse in left and right directions
± 2mm, thus, it is necessary to a kind of stronger interlocking frame of fault tolerance be provided, so that main equipment frame and expansion equipment frame are realized
Interconnection.
Main equipment frame and expansion equipment frame are interconnected currently, generalling use flexible cable.
The inventor finds that the existing technology has at least the following problems:
When communication link is more, the cable using a greater number or thicker diameter is needed, is not only taken up so larger
Space, and be unfavorable for efficiently dismounting.
Disclosure
The embodiment of the present disclosure provides a kind of interlocking frame, cabinet, electronic equipment, can solve above-mentioned technical problem.Specifically
Technical solution is as follows:
A kind of interlocking frame, the interlocking frame include: multiple degrees of freedom regulating part；
It is arranged on the multiple degrees of freedom regulating part, and is adapted to the first plug connector of grafting with main equipment frame；
It is arranged on the multiple degrees of freedom regulating part, and is adapted to the second plug connector of grafting with expansion equipment frame；
It is arranged on the multiple degrees of freedom regulating part, and electrical with first plug connector and second plug connector respectively
The flexible circuit board of connection.
In a kind of possible design, first plug connector and/or second plug connector can up and down and be moved left and right
Ground is arranged on the multiple degrees of freedom regulating part.
In a kind of possible design, the multiple degrees of freedom regulating part include: support ontology, respectively with the support ontology
The first connector and the second connector of both ends connection；
First plug connector and second plug connector are separately positioned on first connector and second connection
On body.
In a kind of possible design, first connection can up and down and be movably arranged in first plug connector
On body；
Second plug connector is fixed on the second connector.
In a kind of possible design, one or more adjustable columns are provided on first plug connector；
One or more strip-shaped holes are provided on first connector, the strip-shaped hole can up and down and movably cover
Outside the adjustable column；
The interlocking frame further include: limit plate, the limit plate are connect with the top side detachable of the adjustable column.
In a kind of possible design, it is provided with sliding rail in left-right direction on first plug connector；
The slideway that grafting is adapted to the sliding rail is provided on first connector in left-right direction；
The interlocking frame further include: multiple adjusting screw rods, multiple adjusting screw rods are threadedly coupled mode and pass through the
After one connector, left end, right end, top, the bottom end with first plug connector offset respectively.
In a kind of possible design, it is provided with regulating tank on first plug connector, and, the front end of the regulating tank is set
It is equipped with front opening；
It, can be up and down and left in the regulating tank after first connector is inserted into the regulating tank by the front opening
It moves right；
The interlocking frame further include: locating part, the front end that the locating part is removably disposed in the regulating tank are opened
At mouthful, for preventing first connector from being exited by the front opening.
In a kind of possible design, first connector and/or second connector and the support ontology
Both ends connect in hinged way.
In a kind of possible design, one end of first connector and the support ontology is hinged；
Second connector and the support ontology other end are rigidly connected.
In a kind of possible design, the support ontology is arranged to frame structure, and, the inner cavity surface of the frame structure
To the main equipment frame and the expansion equipment frame.
In a kind of possible design, the support ontology includes: sequentially connected trapezoidal framework and arc framework；
The interior of the arc framework intracavitary is provided with reinforcement structure.
In a kind of possible design, first plug connector and second plug connector include: grafting ontology, circuit
Plate, connector；
The grafting ontology is arranged on the multiple degrees of freedom regulating part；
The circuit board is arranged on the grafting ontology, and is electrically connected with the flexible circuit board；
The connector is arranged in the grafting body end, and is electrically connected with the circuit board, and the connector is used
In in corresponding equipment frame connector be adapted to grafting.
In a kind of possible design, the grafting ontology is arranged to Handle Bar structure.
In a kind of possible design, the grafting ontology includes: Handle Bar ontology；
The stop part and fastener being fixed on the Handle Bar ontology；
Connecting pin is rotatably arranged in the spanner on the Handle Bar ontology；
The connecting pin of the spanner is additionally provided with the card slot that clamping is adapted to the fastener, and suitable with the stop part
With the thrust piece to offset；
When pulling the spanner, when being clamped card slot and the fastener on the spanner, the thrust piece will be with institute
It states stop part to offset, to push the Handle Bar ontology to slide.
In a kind of possible design, the grafting ontology further include: the locating piece on the Handle Bar ontology is set；
Locating slot compatible with the locating piece is additionally provided on the spanner；
After the fastener is caught in the card slot completely, the locating piece is caught in the locating slot.
In a kind of possible design, the circuit board is rigid circuit board.
In a kind of possible design, the circuit board and the flexible circuit board are integrally formed.
Second aspect, provides a kind of cabinet, and the cabinet includes any interlocking frame mentioned by first aspect.
The third aspect, provides a kind of electronic equipment, and the electronic equipment includes cabinet mentioned by second aspect.
The technical solution that the embodiment of the present disclosure provides has the benefit that
The interlocking frame that the embodiment of the present disclosure provides is adjusted by setting multiple degrees of freedom, can be according to the position between equipment frame
Deviation is set, the position of the first plug connector and the second plug connector is adaptively adjusted, it is ensured that the two is inserted with corresponding equipment frame adaptation
It connects, assigns the interlocking frame high fault tolerance.By setting the first plug connector and the second plug connector come with corresponding equipment frame with
Inserting mode connection, can be substantially reduced the volume of the interlocking frame, make its occupy smaller space, especially communication link compared with
More situations not only effectively prevents space hold, and is conducive to efficiently dismounting.By the way that flexible circuit board is arranged, to be adapted to this
The high fault tolerance of interlocking frame, it is ensured that the normal operation of the interlocking frame.
Detailed description of the invention
Fig. 1 is that the embodiment of the present disclosure provides, the partial isometric of the interlocking frame obtained from the first visual angle；
Fig. 2 is that the embodiment of the present disclosure provides, and the interlocking frame obtained from second visual angle opposite with the first visual angle cuts open
View；
Fig. 3 is the explosive view for the multiple degrees of freedom regulating part that the embodiment of the present disclosure provides；
Fig. 4 is the connection relationship diagram of the first plug connector that the embodiment of the present disclosure provides and the first connector；
Fig. 5 is the partial structural diagram of the grafting ontology of Handle Bar structure disclosed in the embodiment of the present disclosure.
Appended drawing reference respectively indicates:
1- multiple degrees of freedom regulating part,
11- support ontology, the trapezoidal framework of 111-, 112- arc framework,
The first connector of 12-, 121- strip-shaped hole,
The second connector of 13-,
The first plug connector of 2a-, 2a1- adjustable column,
The second plug connector of 2b-,
21- grafting ontology,
211- Handle Bar ontology,
212- stop part,
213- fastener,
214- spanner, 2141- card slot, 2142- thrust piece, 2143- locating slot,
215- locating piece,
22- circuit board,
23- connector,
3- flexible circuit board,
4- limit plate
5- screw.
Specific embodiment
Unless otherwise defined, all technical terms used in the embodiment of the present disclosure all have usual with those skilled in the art
The identical meaning understood.In the embodiments of the present disclosure, main equipment frame and expansion equipment frame include main equipment and are used for
The frame for placing the main equipment is accommodated, also, when the two is interconnected, refers to that the electrical property between two kinds of main equipments connects
It connects.
To keep the purposes, technical schemes and advantages of the disclosure clearer, below in conjunction with attached drawing to disclosure embodiment party
Formula is described in further detail.
The embodiment of the present disclosure provides a kind of interlocking frame, and as shown in Fig. 1, which includes: multiple degrees of freedom tune
Save part 1；
It is arranged on multiple degrees of freedom regulating part 1, and is adapted to the first plug connector 2a of grafting with main equipment frame；
It is arranged on multiple degrees of freedom regulating part 1, and is adapted to the second plug connector 2b of grafting with expansion equipment frame；
As shown in Fig. 2, be arranged on multiple degrees of freedom regulating part 1, and respectively with the first plug connector 2a and the second plug connector
The flexible circuit board 3 that 2b is electrically connected.
The interlocking frame that the embodiment of the present disclosure provides can be used to realize mutual between main equipment frame and expansion equipment frame
Connection.Since the first plug connector 1 and the second plug connector 2 are electrically connected with flexible circuit board 3, in application, by making the first grafting
Part 2a and the grafting of main equipment frame, the second plug connector 2b and the grafting of expansion equipment frame, can main equipment frame and expansion equipment frame it
Between form communication link, realize the interconnection between main equipment frame and expansion equipment frame.
When being interconnected, if main equipment frame and expansion equipment frame are each located on predetermined position, then do not need pair
The interlocking frame carries out freedom degree adjusting, i.e., the interconnection between two equipment frames is realized using the interlocking frame.Once master sets
There are position deviations between standby frame and expansion equipment frame, when being interconnected, carry out multiple degrees of freedom by multiple degrees of freedom regulating part 1
It adjusts, to adjust the position of the first plug connector 2a and/or the second plug connector 2b, between Lai Shiying main equipment frame and expansion equipment frame
Position deviation, and then make the first plug connector 2a and the second plug connector 2b be adapted to respectively with main equipment frame and expansion equipment frame insert
It connects.
It, can be in multiple degrees of freedom based on its flexible characteristic by the way that flexible circuit board 3 is arranged on multiple degrees of freedom regulating part 1
Regulating part 1 carries out the deformation that adaptability is carried out when multiple degrees of freedom adjusting, avoids causing circuit board damage, it is ensured that interconnecting operation just
Often carry out.
In summary, the interlocking frame that the embodiment of the present disclosure provides adjusts 1 by setting multiple degrees of freedom, can be set according to master
Position deviation between standby frame and expansion equipment frame, adaptively adjusts the position of the first plug connector 2a and the second plug connector 2b,
Ensure that the two is adapted to grafting with corresponding equipment frame, assigns the interlocking frame high fault tolerance.By the way that the first plug connector 2a is arranged
It is connected in a plug-in manner with the second plug connector 2b with corresponding equipment frame, the volume of the interlocking frame can be substantially reduced, made
It occupies smaller space, when being especially applied to the more situation of communication link, not only effectively prevents space hold, and benefit
In efficient dismounting.By the way that flexible circuit board 3 is arranged, to be adapted to the high fault tolerance of the interlocking frame, avoid circuit board because becoming
Shape damage, it is ensured that the normal operation of the interlocking frame.
Below with regard in the interlocking frame all parts and its effect be further described through:
The embodiment of the present disclosure by setting multiple degrees of freedom regulating part 1, with realize the first plug connector 2a for being disposed thereon and
The adjusting of second plug connector 2b in multiple degrees of freedom.In view of current main equipment frame and expansion equipment frame are primarily present height
The position deviation on direction and left and right directions is spent, can be adjusted up by multiple degrees of freedom regulating part 1 in upper and lower and right and left
The position of first plug connector 2a and/or the second plug connector 2b.That is, in the embodiments of the present disclosure, can make the first plug connector 2a and/
Or second plug connector 2b can be arranged in moving up and down on multiple degrees of freedom regulating part 1.
According to the position deviation between main equipment frame and expansion equipment frame, come adaptively through multiple degrees of freedom regulating part 1
The position of the first plug connector 2a and/or the second plug connector 2b on upper and lower and/or left and right directions is adjusted, in order to set with corresponding
Standby frame is adapted to grafting.It is understood that when carrying out above-mentioned adjusting, it can be alternatively to the first plug connector 2a or the second grafting
Part 2b carries out position adjusting, alternatively, position adjusting can also be carried out to both simultaneously.
For example, when being located above expansion equipment frame in cabinet when main equipment frame, if position of the two in cabinet
It sets just in predetermined position, does not then need to adjust the first plug connector 2a and the second plug connector by multiple degrees of freedom regulating part 1
The position of 2b makes the two be inserted directly into corresponding equipment frame.
But if position of the expansion equipment frame in cabinet is not fully matched with predeterminated position, for example, expansion equipment
The position of frame in the lateral direction is 2mm more to the left than predeterminated position, meanwhile, expansion equipment frame is in the position of short transverse than default position
Relatively low 2mm is set, at this point it is possible to the first plug connector 2a is moved right into 2mm (alternatively, the second plug connector 2b is moved to the left 2mm),
Meanwhile the first plug connector 2a is moved up into 2mm (alternatively, the second plug connector 2b is moved down 2mm), the first grafting can be made
Part 2a is adapted to grafting with main equipment frame, and the second plug connector 2b is adapted to grafting with expansion equipment frame.
Since main equipment frame and expansion equipment frame can generally stack setting in cabinet, can have one between the interpolation frame of the two
Fixed spacing, so, multiple degrees of freedom regulating part 1 can support and adjust the first plug connector 2a's and the second plug connector 2b in satisfaction
On the basis of, it must also be adapted to the spacing, be based on this, the embodiment of the present disclosure gives one for the structure of multiple degrees of freedom regulating part 1
Kind example:
As shown in attached drawing 1 and attached drawing 3, the multiple degrees of freedom regulating part 1 include: support ontology 11, respectively with support ontology 11
The first connector 12 and the second connector 13 of both ends connection；
As shown in Fig. 1, the first plug connector 2a and the second plug connector 2b is separately positioned on the first connector 12 and second and connects
On junctor 13.
The multiple degrees of freedom regulating part 1 is adapted between main equipment frame and expansion equipment frame by setting support ontology 11
Spacing；By the first connector 12 of setting and the second connector 13, mentioned come respectively the first plug connector 1 and the second plug connector 2b
For support, and convenient for carrying out position adjusting to corresponding plug connector.
Wherein, according to main equipment frame and position of the expansion equipment frame in cabinet, to determine the first connector 12 and second
In the position at support 11 both ends of ontology, they can be set in upper end, lower end, the left end of support ontology 11 connector 13
Any two end in portion, right part.For example, when main equipment frame is located at the top of expansion equipment frame, the first connection
Body 12 and the second connector 13 are separately positioned on the upper and lower end of support ontology 11.
Above-mentioned to refer to, the first plug connector 2a and the second plug connector 2b alternatively or can be adjusted simultaneously by multiple degrees of freedom
Part 1 carries out position adjusting, in order to make grafting process that can improve the controllability of grafting process, the embodiment of the present disclosure with one man operation
Position adjusting can alternatively be carried out to the first plug connector 2a and the second plug connector 2b by multiple degrees of freedom regulating part 1.
Since main equipment frame is typically secured in cabinet, realized by subsequent installation expansion equipment frame to main equipment frame
Extension, at this point, it is orderly for the ease of grafting process orderliness, it can make the first plug connector 2a that can up and down and movably be arranged in
On first connector 12；Second plug connector 2b is fixed on the second connector 13.
It, can be first when carrying out grafting due to being fixedly connected with relationship between the second plug connector 2b and the second connector 13
Expansion equipment frame is installed in cabinet, the second plug connector 2b and the grafting of expansion equipment frame are made, then, according to expansion equipment frame with
Position deviation between main equipment frame, adjusted using the multiple degrees of freedom regulating part 1 first plug connector 2a in above-below direction and/or
Position on left and right directions makes it be adapted to grafting with main equipment frame just.As it can be seen that grafting is carried out through the above way, it can not only
Ensure that grafting process orderliness is orderly, and is conducive to improve grafting efficiency.
Wherein it is possible to which the second plug connector 2b is fixed on the second connector 13 by screw, which can not only
Ensure to connect fastening, and easy to disassemble.
For how to realize upper and lower on the first connector 12 of the first plug connector 2a and move left and right, explanation is given below
Property example (carries out up and down on the second connector 13 it is understood that following example is also applied for the second plug connector 2b
Mobile situation):
(1) it is used as the first example
As shown in attached drawing 1 and attached drawing 2, one or more adjustable column 2a1 are provided on the first plug connector 2；
As shown in attached drawing 1 and attached drawing 3, one or more strip-shaped holes 121, strip-shaped hole 121 are provided on the first connector 12
It can move up and down and can movably be sheathed on outside adjustable column 2a1；
As shown in attached drawing 1 and attached drawing 2, the interlocking frame further include: limit plate 4, limit plate 4 and the first plug connector 2a and tune
The top side detachable of segmented column 2a1 connects.
By move up and down strip-shaped hole 121 can and can movably be sheathed on outside adjustable column 2a1, when needing to adjust
When the position of the first plug connector 2a, move adjustable column 2a1 thereon along strip-shaped hole 121 or so by mobile first plug connector 2a
It moves or moves up and down.It by the way that limit plate 4 is arranged, and connect it with the top side detachable of adjustable column 2a1, not only makes it
When being fixed on the first plug connector 2a, and preventing the first plug connector 2a from moving up and down, adjustable column 2a1 deviates from out of strip-shaped hole 121.
In addition, by making limit plate 4 removably carry out above-mentioned connection, in order to install the first connector 12
Between the first plug connector 2a and limit plate 4.Wherein, as shown in attached drawing 1 and attached drawing 2, limit plate 4 is removable with adjustable column 2a1's
Unloading connection can be realized by screw 5, screw hole can be arranged at the top of adjustable column 2a1, screw is arranged on limit plate 4
Via hole, and the aperture of screw via hole is less than the outer diameter of adjustable column 2a1, after the screw via hole on limit plate 4 is passed through by screw 5,
It is threadedly coupled with the screw hole at the top of adjustable column 2a1, limit plate 4 can be fixed on to the top of adjustable column 2a1.
It is understood that the strip-shaped hole 121 in left-right direction on length be greater than the outer diameter of adjustable column 2a1, and it is vertical
It is adapted in the width on left and right directions with the outer diameter of adjustable column 2a1, so that adjustable column 2a1 can carry out a left side along strip-shaped hole 121
It moves right.Meanwhile the depth of strip-shaped hole 121 be less than adjustable column 2a1 height so that adjustable column 2a1 can along strip-shaped hole 121 into
Row moves up and down (also that is, strip-shaped hole 121 is moved up and down along adjustable column 2a1).Wherein, adjustable column 2a1 in strip-shaped hole 121 on
Distance that is lower and moving left and right can be within 5mm.
It is made full use of for the ease of the length space to strip-shaped hole 121, the left and right ends of strip-shaped hole 121 can be made equal
It is arranged to structure compatible with adjustable column 2a1 gabarit.For example, when adjustable column 2a1 is cylindrical, the left and right of strip-shaped hole 121
Internal diameter semicircular arc structure compatible with adjustable column 2a1 outer diameter can be set into both ends.
(2) it is used as second of example
It is provided with sliding rail in left-right direction on first plug connector 2a；
The slideway that grafting is adapted to sliding rail is provided on first connector 12 in left-right direction；
The interlocking frame further include: multiple adjusting screw rods, multiple adjusting screw rods are threadedly coupled mode across the first connection
After body 12, left end, right end, top, the bottom end with the first plug connector 2a offset respectively.
By making the slideway on the first connector 12 be adapted to grafting with the sliding rail on the first plug connector 2a, the first grafting can be made
Part 2a is steadily moved left and right and/or is moved up and down along the first connector, and avoids that undesirable displacement occurs.When need
When adjusting the position of the first plug connector 2a, the adjusting screw rod to offset with its each end only need to be unclamped, when by the first plug connector
2a is adjusted along left and right and/or up and down direction to suitable position, is inserted into matched main equipment frame.Then,
Multiple adjusting screw rods are offseted with its left end, right end, top, bottom end respectively to limit it, make the first plug connector 2a and master
Equipment frame, which is realized, stablizes grafting.
Wherein, the first connector 12 is passed through by making adjusting screw rod be threadedly coupled mode, to be limited to itself,
And then limit of the realization to the first plug connector 2a.About the number of adjusting screw rod, four are included at least, up and down four
It offsets on a direction with the first plug connector 2a, certainly, in order to ensure reliably limiting, is also not precluded within setting in each direction and is more than
The case where one adjusting screw rod.
(3) it is used as the third example
Regulating tank is provided on first plug connector 2a, the front end of regulating tank is provided with front opening；
First connector 12 by front opening be inserted into regulating tank after, can in regulating tank up and down, move left and right；
The interlocking frame further include: locating part is removably disposed at the front opening of regulating tank, for preventing first
Connector 12 is exited by front opening.
Front opening is set by the front end on the first plug connector 2a, is adjusted in order to thus the first connector 12 enters
In slot, according to the position of main equipment frame, vertically and/or left and right directions adjusts the position of the first connector 12 in regulating tank,
It correspondingly realizes the position adjusting to the first plug connector 2a, it is made to be adapted to grafting with main equipment frame.
By the way that dismountable locating part is arranged at the front opening of regulating tank, to be limited to the first connector 12,
It is avoided to exit regulating tank by the front opening, it is ensured that the first connector 12 is limited in the regulating tank.
It is understood that the first connector 12 can only move up and down in regulating tank, without it occurs
The upward displacement of other party.For example, when the first connector 12 is rectangular plate, which is also square groove, and vallecular cavity
Depth be greater than the first connector 12 thickness, and vallecular cavity in left-right direction on length be greater than the first connector 12 in left-right direction
On length.
Wherein, regulating tank can be set the first plug connector 2a either internally or externally, when be arranged when external, the adjusting
It is provided with the position-limit mechanism for being limited to the first connector 12 at the top of the vallecular cavity of slot, prevents the first connector 12 upper and lower
Deviate from out of this regulating tank when moving left and right.
It can be seen from the above, by carrying out the first plug connector 2a on the first connector 12 of multiple degrees of freedom regulating part 1
It down and moves left and right, which can be translatable in the horizontal direction and in short transverse, realize that two freedom degrees are adjusted.?
On the basis of this, in order to further realize the interlocking frame, more freedom degrees are adjusted, and can make the first connector 12 and/or the
Two connectors 13 are connect in hinged way with the both ends of support ontology 11.
By keeping the first connector 12 and/or the second connector 13 and support ontology 11 hinged, that is, support ontology 11 with it is upper
Stating any of the two or both can relatively rotate, that is, the interlocking frame can be made to realize in the longitudinal direction
Translation, and increase at least one freedom degree adjusting.So set, it is inclined to there are positions to further improve the interlocking frame
The adaptability interconnected between the main equipment frame and expansion equipment frame of difference.
As an example, the first connector 12 can be made and support one end of ontology 11 hinged, the second connector 13 with
Support the other end rigid connection of ontology 11.
Wherein, above-mentioned hingedly to pass through the hinged end for making shaft penetrate rotatably the first connector 12 and support ontology
11 hinged end is realized.
For example, as shown in Fig. 3, the hinged end of the first connector 12 can be arranged to the first square frame knot
Structure, the first rectangular frame structure include: the front side board being arranged in left-right direction, vertical with the left and right ends of front side board respectively connect
It connects, and is located at the first left plate and the first right side plate on rear side of front side board；It is provided on first left plate and the first right side plate
For accommodating the axis hole of shaft.
Meanwhile to be arranged to be rotatably received in the first square frame second rectangular by the hinged end for supporting ontology 11
Framework, the second rectangular frame structure include: the bottom plate being arranged in left-right direction, smoothly connect with the left and right ends of bottom plate respectively
It connects, and is located at the second left plate above bottom plate and the second right side plate, the upper end with the second left plate and the second right side plate respectively
The left roof and right top plate being smoothly connected.Wherein, it is provided on the second left plate and the second right side plate for accommodating shaft
Axis hole.
In application, the second square frame is contained in the first square frame, and it is above-mentioned to penetrate rotatably shaft
Each axis hole can be realized the first connector 12 and support the hinged of ontology 11.
By the way that the hinged end of the first connector 12 and the structure of the hinged end of support ontology 11 are as above arranged, a side
Face can ensure that its intensity, on the other hand convenient for flexible circuit board 3 by wherein drawing.In view of enable flexible circuit board 3 directly by
It is drawn on front side board, the via hole for passing through flexible circuit board 3 can be set on front side board or crosses slot.
Further, when the first connector 12 and hinged support ontology 11, in order to enable the hinged operation is more flexible,
First connector 12 can be arranged to include: the first connecting portion and second connecting portion being rotatably connected, and, first connecting portion
It is hinged with support ontology 11, it is used to be movably disposed the first plug connector 2a in second connecting portion.Wherein, first connecting portion and
Being rotatably connected between two interconnecting pieces can be realized by Hinge mechanism.
Under the premise of ensuring to support 11 intensity of ontology, in order to improve the interlocking frame and this field common device mount structure
Matching, the embodiment of the present disclosure by support ontology 11 be arranged to frame structure, and make the inner cavity of the frame structure towards master set
Standby frame and expansion equipment frame.By that ontology 11 will be supported to be arranged to frame structure, can not only match with equipment mount structure, and mention
Itself high non-deformability, makes it have enough intensity.In addition, the support ontology 11 of frame structure is also convenient for as flexible electrical
Road plate 3 provides enough installations and deformation buffer space.
As an example, as shown in Fig. 3, which includes: sequentially connected trapezoidal framework 111 and arc
Framework 112, wherein the interior of arc framework 112 intracavitary is provided with reinforcement structure.
Wherein, arc framework 112 it is interior it is intracavitary be provided with reinforcement structure, to ensure that it is sufficiently high that the support ontology 11 has
Intensity.The arc framework 112 may include: riser, with riser multiple arc plates connected vertically, same across the middle part of multiple arc plates
When with riser transverse slat connected vertically.Wherein, the arc-shaped head of arc plate is towards main equipment frame and expansion equipment frame.
It will be appreciated by persons skilled in the art that being provided with for equipment frame for being connected with external circuitry
Connector, and the interpolation frame for accommodating connector.In the embodiment of the present disclosure, the first plug connector 2a is adapted to main equipment frame to be inserted
It connects, the second plug connector 2b is adapted to grafting with expansion equipment frame, and the structure of two plug connectors should all be designed to and corresponding interpolation frame phase
Adaptation, just the structure of the two provides a kind of example below:
As shown in Fig. 2, the first plug connector 2a and the second plug connector 2b includes: grafting ontology 21, circuit board 22, connection
Device 23；
Wherein, grafting ontology 21 is arranged on multiple degrees of freedom regulating part 1；
Circuit board 22 is arranged on grafting ontology 21, and is electrically connected with flexible circuit board 3；
Connector 23 be arranged in 21 end of grafting ontology, and with circuit board 22 be electrically connected, connector 23 be used for it is corresponding
Equipment frame in connector be adapted to grafting.
It is understood that being provided with a circuit board 22 on the grafting ontology 21 of the first plug connector 2a, and it is provided with one
A connector 23 being electrically connected with the circuit board 22；A circuit board is also equipped on the grafting ontology 21 of second plug connector 2b
22, and it is provided with the connector 23 being electrically connected with the circuit board 22.Two circuit boards 22 are electrical with flexible circuit board 3
Connection, meanwhile, the connector 23 on the first plug connector 2a is adapted to grafting with the connector in main equipment frame, on the second plug connector 2b
Connector 23 be adapted to grafting with the connector in expansion equipment frame.
By the way that grafting ontology 21 is arranged, so that two plug connectors conveniently insert in the interpolation frame of corresponding equipment frame, and make it
On connector 23 be adapted to grafting just with the connector in equipment frame.Pass through setting and flexible circuit board on grafting ontology 21
3 circuit boards 22 being electrically connected, and the connector 23 being electrically connected with circuit board 22, are inserted respectively when by two grafting ontologies 21
After becoming owner of in the interpolation frame in equipment frame and expansion equipment frame, the connector 23 on plug connector can be inserted with the connector in equipment frame
It connects, to form communication link between main equipment frame and expansion equipment frame.
It is plug-in connection commonly used in the art based on Handle Bar, the embodiment of the present disclosure above-mentioned grafting ontology 21 can be arranged
For Handle Bar structure, in order to which the first plug connector 2a and the second plug connector 2b are efficiently inserted into corresponding equipment frame.
In order to further increase the plug efficiency of the first plug connector 2a and the second plug connector 2b, the embodiment of the present disclosure is to knob
Item improves as follows:
As shown in Fig. 5, grafting ontology 21 includes: Handle Bar ontology 211；
Stop part 212, the fastener 213 being fixed on Handle Bar ontology 211；
Connecting pin is rotatably arranged in the spanner 214 on Handle Bar ontology 211；
And the connecting pin of spanner 214 is additionally provided with the card slot 2141 that clamping is adapted to fastener 213, and and stop part
The thrust piece 2142 that 212 adaptations offset；
When the card slot 2141 and fastener 213 pulled are clamped, thrust piece 2142 will offset with stop part 212, to push away
Dynamic Handle Bar ontology 211 slides.
It is fashionable to equipment frame interpolation when needing, spanner 214 is pulled, the card slot 2141 on spanner 214 is made to exit fastener
213, meanwhile, thrust piece 2142 is separated with stop part 212, then Handle Bar is inserted into the interpolation frame in corresponding equipment frame, when slotting
When feeling that Cat-in resisting force is larger during entering, spanner 214 is unclamped, spanner 214 is rotated around Handle Bar ontology 211, until thereon
Card slot 2141 and fastener 213 be clamped, in the process, thrust piece 2142 will offset with stop part 212, stop part 212 will
By thrust inwards, at this point, thrust piece 2142 will push Handle Bar ontology 211 mobile inwards until in place.When needing from setting
When extracting plug connector in standby frame, spanner 214 only need to be pulled outward, be gradually backed out fastener 213 will out of card slot 2141, thrust
Part 2142 is separated with stop part 212.
As it can be seen that the embodiment of the present disclosure is defined as above by the structure to Handle Bar, can make the first plug connector 2a and
Second plug connector 2b is realized while being plugged, and realizes the efficient operation of interconnection operation.
Wherein, it includes: bottom plate, the side plate that bottom plate left and right ends are arranged in that Handle Bar ontology 211, which can be set into, wherein
Circuit board can be set in the bottom plate front between side plate, to be protected using side plate to it.Spanner 214 can be set
At the back side of bottom plate, to avoid the normal operation for influencing circuit board when operation is pulled on it.
Spanner 214 includes: wrench body, and the connecting pin and force side at wrench body both ends is arranged in, spanner 214
Connecting pin can be rotationally adjacent at the bottom plate back side of Handle Bar ontology 211 by pin.
Wherein, the top of connecting pin is arranged in along the length direction of wrench body for card slot 2141, and the setting of thrust piece 2142 exists
The side of connecting pin, and thrust piece 2142 is located at the rear of card slot 2141.So set, card slot 2141 will be first with fastener 213
It is first clamped, during clamping, thrust piece 2142 will offset with stop part 212 therewith, and give stop part 212 inwards
Thrust.
It is clamped for the ease of being fastened in fastener 213 and card slot 2141, and the external force given in rotating spanner 214
Under, fastener 213 is easy to exit out of card slot 2141, and squarely block shape can be set in fastener 213, to pass through its periphery
Corner angle provide stable clamping power, and it includes: square groove compatible with fastener 213 and ladder that card slot 2141, which can be set into,
Shape slot is adapted to clamping with fastener 213 by square groove, is fastener 213 by dovetail groove by moving back in card slot 2141
Cushion space is provided out, is exited conducive to it.
In order to make thrust piece 2142 and stop part 212 from starting to abut up to entire pushing course has enough push away
Power, can make thrust piece 2142 and stop part 212 be respectively provided with structure in the arc-shaped, and the two passes through abutting against between curved surfaces
Touching, increases contact area, can not only generate bigger thrust, and enable to entire pushing course more steady.
Further, as shown in Fig. 5, grafting ontology 21 further include: the locating piece on Handle Bar ontology 211 is set
215；
The compatible locating slot 2143 of locating piece 215 is additionally provided on spanner 214；
After fastener 213 is caught in card slot 2141 completely, locating piece 215 is caught in locating slot 2143.
It is matched by setting locating piece 215 with locating slot 2143, to limit to spanner 214, completes it
It pushes Handle Bar ontology 211 to move, after being moved to Handle Bar ontology 211 inwards in place, can stop operating, prevent Handle Bar
The transition of ontology 211 moves inwards and damages equipment frame.
Based on the above-mentioned structure qualification to Handle Bar ontology 211, locating piece 215 also be can be set in Handle Bar ontology 211
The bottom plate back side.And locating slot 2143 can be set in the middle part of the side wall of spanner 214, and with card slot 2141 positioned at ipsilateral.
Wherein, which can be arc-shaped fluting, and locating piece 215 is matched cylindrical body, and
The plate body that diameter is greater than 2143 internal diameter of locating slot, such as plectane are provided at the top of cylindrical body, to advanced optimize its limit effect.
For the circuit board 22 on the grafting ontology 21 for being separately positioned on the first plug connector 2a and the second plug connector 2b,
It can be flexible circuit board, or rigid circuit board, it is contemplated that grafting ontology 21 needs the interpolation frame in relevant device frame
Interior carry out plug, this just needs the grafting ontology 21 and each component thereon to all have certain intensity, so, in disclosure reality
It applies in example, foregoing circuit plate 22 can be rigid circuit board, to improve its intensity, while also ensure that itself and corresponding connectors 23
Bonding strength, and then guarantee the stabilization of signal link.
Above-mentioned to refer to, the circuit board 22 on the first plug connector 2a and the second plug connector 2b electrically connects with flexible circuit board 3
It connects, three cooperates the signal link constituted between main equipment frame and expansion equipment frame.Wherein, the setting of flexible circuit board 3 is mostly certainly
By on degree regulating part 1, in order to enable flexible circuit board 3 to carry out adaptability according to the direction that adjusts of multiple degrees of freedom regulating part 1
Deformation, flexible circuit board 3 are arranged on multiple degrees of freedom regulating part 1 by point-connection type, also, adjust in multiple degrees of freedom
It is disconnected free state at the adjustment region of part 1.
In the embodiment of the present disclosure, it is integrally formed flexible circuit board 3 and circuit board 22, so set, not only simplifying whole
The preparation flow of circuit board body, and improve the intensity of integrated circuit plate, it is ensured that the stability of the signal link.
To sum up, when main equipment frame and expansion equipment frame are respectively arranged above and below cabinet, the embodiment of the present disclosure
A kind of specific example is provided with regard to the structure of interlocking frame:
Wherein, the connector position of expansion equipment frame not with the connector of main equipment frame exactly match, the two it
Between there are position deviation, the connector of expansion equipment frame compares the position that is pre-designed to right avertence 1.5mm, downward bias 2mm.It is based on
This, the embodiment of the present disclosure has carried out as defined below the structure of the interlocking frame:
As shown in attached drawing 1 and attached drawing 2, the interlocking frame include: multiple degrees of freedom regulating part 1, the first plug connector 2a, second insert
Fitting 2b, flexible circuit board 3, limit plate 4.
Wherein, multiple degrees of freedom regulating part 1 includes: support ontology 11, the first connector 12, the second connector 13.Support is originally
Body 11 includes from top to bottom sequentially connected trapezoidal framework 111, arc framework 112, wherein the upper end of trapezoidal framework 111 and the
One connector 12 is hinged, and the lower end of arc framework 112 and the second connector 13 are rigidly connected.
First plug connector 2a and the second plug connector 2b includes: the grafting ontology 21 of Handle Bar structure, is arranged in grafting sheet
The circuit board 22 for the rigidity being electrically connected on body 21 and with flexible circuit board 3 is arranged in 21 end of grafting ontology and and circuit board
22 connectors 23 being electrically connected.Wherein, which is respectively used to and the connector in main equipment frame and expansion equipment frame
It is adapted to grafting.
Two circuit boards 22 are respectively arranged at the both ends of flexible circuit board 3, are integrally formed, and flexible circuit board 3 is set
It sets on multiple degrees of freedom regulating part 1.
As shown in Fig. 4, the first connector 12 is arranged to plate structure, strip-shaped hole 121 that there are four plate body settings, and first
It is correspondingly arranged on the bottom plate of the Handle Bar of plug connector 2a there are four adjustable column 2a1, strip-shaped hole 121 can up and down and movably cover
Outside adjustable column 2a1, and moveable distance is within 2mm.Limit plate 4 passes through the fixed top with adjustable column 2a1 of screw 5
Portion is threadedly coupled, meanwhile, the circuit board 22 on the first plug connector 2a is also mounted on limit plate 4 simultaneously, to improve installation strength.
Second connector 13 is arranged to square frame structure, to pass through the Handle Bar structure of screw and the second plug connector 2b
The side plate of grafting ontology 21 connects.
In application, the spanner 214 on the grafting ontology 21 of the first plug connector 2a and the second plug connector 2b can be pushed aside simultaneously,
The two is set to carry out grafting with corresponding equipment frame simultaneously.Specifically, the grafting ontology 21 of the second plug connector 2b is inserted into expansion equipment
In the interpolation frame of frame, the connector 23 on grafting ontology 21 is made to be adapted to grafting with the connector in interpolation frame.First plug connector 2a along
Adjustable column 2a1 is moved to the left 1.5mm, moves up 2mm, is inserted into grafting ontology 21 thereon in the interpolation frame of main equipment frame, into
And connector 23 and the connector in interpolation frame on grafting ontology 21 is made to be adapted to grafting, main equipment frame and expansion equipment can be realized
The interconnection of frame.When disassembly is desired, spanner 214 on grafting ontology 21 need to be only stirred simultaneously, it can be by the interlocking frame from setting
It is disassembled in standby frame.
It can be seen from the above, the interlocking frame that the embodiment of the present disclosure provides, the first plug connector 2a is relative to the second plug connector 2b
Moving left and right in horizontal direction can occur, moving up and down in short transverse and the rotation on front-rear direction have height
Fault tolerance.Also, the interlocking frame volume is smaller, occupies smaller space, meets the communication energy of mass communication link between frame
Power.In addition, the interlocking frame may be implemented that two equipment frames are carried out while being plugged, efficiently dismounting is realized.
Second aspect, the embodiment of the present disclosure provide a kind of cabinet, which includes any one mentioned by first aspect
Interlocking frame.
The third aspect, the embodiment of the present disclosure provide a kind of electronic equipment, which includes what second aspect referred to
Cabinet.
The foregoing is merely the illustrated examples of the disclosure, all in this public affairs not to limit the protection scope of the disclosure
Within the spirit and principle opened, any modification, equivalent replacement, improvement and so on should be included in the protection scope of the disclosure
Within.
Claims (19)
1. a kind of interlocking frame, which is characterized in that the interlocking frame includes: multiple degrees of freedom regulating part (1)；
It is arranged on the multiple degrees of freedom regulating part (1), and is adapted to the first plug connector (2a) of grafting with main equipment frame；
It is arranged on the multiple degrees of freedom regulating part (1), and is adapted to the second plug connector (2b) of grafting with expansion equipment frame；
Be arranged on the multiple degrees of freedom regulating part (1), and respectively with first plug connector (1) and second plug connector
(2) flexible circuit board (3) being electrically connected.
2. interlocking frame according to claim 1, which is characterized in that first plug connector (2a) and/or described second
Plug connector (2b) can up and down and be movably arranged on the multiple degrees of freedom regulating part (1).
3. interlocking frame according to claim 2, which is characterized in that the multiple degrees of freedom regulating part (1) includes: to support this
Body (11), the first connector (12) and the second connector (13) being connect respectively with described support ontology (11) both ends；
First plug connector (2a) and second plug connector (2b) are separately positioned on first connector (12) and described
On second connector (13).
4. interlocking frame according to claim 3, which is characterized in that first plug connector (2a) can up and down and left and right is moved
It is arranged on first connector (12) dynamicly；
Second plug connector (2b) is fixed on second connector (13).
5. interlocking frame according to claim 4, which is characterized in that be provided on first plug connector (2a) one or
Multiple adjustable columns (2a1)；
It is provided with one or more strip-shaped holes (121) on first connector (12), the strip-shaped hole (121) can be up and down and left
It is sheathed on the adjustable column (2a1) with moving right external；
The interlocking frame further include: limit plate (4), the top side detachable company of the limit plate (4) and the adjustable column (2a1)
It connects.
6. interlocking frame according to claim 4, which is characterized in that set in left-right direction on first plug connector (2a)
It is equipped with sliding rail；
It is provided with the slideway that grafting is adapted to the sliding rail in left-right direction on first connector (11)；
The interlocking frame further include: multiple adjusting screw rods, the multiple adjusting screw rod are threadedly coupled mode and connect across first
After junctor (11), left end, right end, top, the bottom end with first plug connector (2a) offset respectively.
7. interlocking frame according to claim 4, which is characterized in that be provided with adjusting on first plug connector (2a)
Slot, and, the front end of the regulating tank is provided with front opening；
It, can be up and down and left in the regulating tank after first connector (11) is inserted into the regulating tank by the front opening
It moves right；
The interlocking frame further include: locating part, the locating part are removably disposed at the front opening of the regulating tank,
For preventing first connector (11) from being exited by the front opening.
8. interlocking frame according to claim 3, which is characterized in that first connector (12) and/or described second
Connector (13) is connect in hinged way with the both ends of support ontology (11).
9. interlocking frame according to claim 8, which is characterized in that first connector (12) and the support ontology
(11) one end is hinged；
The other end of second connector (13) and support ontology (11) is rigidly connected.
10. according to the described in any item interlocking frames of claim 3-9, which is characterized in that the support ontology (11) is arranged to
Frame structure, and, the inner cavity of the frame structure is towards the main equipment frame and the expansion equipment frame.
11. interlocking frame according to claim 10, which is characterized in that the support ontology (11) includes: to be sequentially connected with
Trapezoidal framework (111) and arc framework (112)；
The interior of the arc framework (111) intracavitary is provided with reinforcement structure.
12. -11 described in any item interlocking frames according to claim 1, which is characterized in that first plug connector (2a) and institute
Stating the second plug connector (2b) includes: grafting ontology (21), circuit board (22), connector (23)；
The grafting ontology (21) is arranged on the multiple degrees of freedom regulating part (1)；
The circuit board (22) is arranged on the grafting ontology (21), and is electrically connected with the flexible circuit board (3)；
The connector (23) is arranged in grafting ontology (21) end, and is electrically connected with the circuit board (22), described
Connector (23) is used to be adapted to grafting with the connector in corresponding equipment frame.
13. interlocking frame according to claim 12, which is characterized in that the grafting ontology (21) is arranged to Handle Bar knot
Structure.
14. interlocking frame according to claim 13, which is characterized in that the grafting ontology (21) includes: Handle Bar sheet
Body (211)；
The stop part (212) and fastener (213) being fixed on the Handle Bar ontology (211)；
Connecting pin is rotatably arranged in the spanner (214) on the Handle Bar ontology (211)；
The connecting pin of the spanner (214) is additionally provided with the card slot (2141) that clamping is adapted to the fastener (213), Yi Jiyu
The stop part (212) is adapted to the thrust piece (2142) to offset；
When pulling the spanner (214), when being clamped card slot (2141) and the fastener (213) on the spanner (214),
The thrust piece (2142) will offset with the stop part (212), to push the Handle Bar ontology (211) to slide.
15. interlocking frame according to claim 14, which is characterized in that the grafting ontology (21) further include: setting exists
Locating piece (215) on the Handle Bar ontology (211)；
The compatible locating slot (2143) with the locating piece (215) is additionally provided on the spanner (214)；
After the fastener (213) is caught in the card slot (2141) completely, the locating piece (215) is caught in the locating slot
(2143) in.
16. the described in any item interlocking frames of 2-15 according to claim 1, which is characterized in that the circuit board (22) is rigidity
Circuit board.
17. the described in any item interlocking frames of 2-15 according to claim 1, which is characterized in that the circuit board (22) with it is described
Flexible circuit board (3) is integrally formed.
18. a kind of cabinet, which is characterized in that the cabinet includes the described in any item interlocking frames of claim 1-17.
19. a kind of electronic equipment, which is characterized in that the electronic equipment includes cabinet described in claim 18.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711096180.8A CN109769366B (en) | 2017-11-09 | 2017-11-09 | Interconnection mechanism, cabinet and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711096180.8A CN109769366B (en) | 2017-11-09 | 2017-11-09 | Interconnection mechanism, cabinet and electronic equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109769366A true CN109769366A (en) | 2019-05-17 |
| CN109769366B CN109769366B (en) | 2021-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711096180.8A Active CN109769366B (en) | 2017-11-09 | 2017-11-09 | Interconnection mechanism, cabinet and electronic equipment |
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| CN (1) | CN109769366B (en) |
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Also Published As
| Publication number | Publication date |
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| CN109769366B (en) | 2021-05-04 |
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Effective date of registration: 20200421 Address after: 518129 Bantian HUAWEI headquarters office building, Longgang District, Guangdong, Shenzhen Applicant after: HUAWEI TECHNOLOGIES Co.,Ltd. Address before: 301, A building, room 3, building 301, foreshore Road, No. 310052, Binjiang District, Zhejiang, Hangzhou Applicant before: Huawei Technologies Co.,Ltd. |
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