CN205915011U - Centering and locking mechanism - Google Patents
Centering and locking mechanism Download PDFInfo
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- CN205915011U CN205915011U CN201620747326.5U CN201620747326U CN205915011U CN 205915011 U CN205915011 U CN 205915011U CN 201620747326 U CN201620747326 U CN 201620747326U CN 205915011 U CN205915011 U CN 205915011U
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Abstract
The utility model discloses a centering and locking mechanism, including tool seat, tool, Y axle subassembly, X axle subassembly, Z axle subassembly and plug, X axle subassembly sets up on the tool seat, Z axle subassembly sets up on X axle subassembly, the plug sets up on Z axle subassembly, Y axle subassembly sets up in the lateral part of X axle subassembly, and the tool sets up on Y axle subassembly, and the tool passes through Y axle subassembly and along the motion of Y axle direction, has placed the product on the tool, Y axle subassembly and Z axle subassembly externally pusher structure effect drive tool seat and plug along Y axle direction and the motion of Z axle direction down respectively, make the jack adjustment centering of plug and connecting seat, and rethread X axle subassembly makes in the plug inserts the jack along X axle direction, and Y axle subassembly and Z axle subassembly make on the left of connecting seat side and the mounting hole clearance between the limit even. The utility model is used for the product Assembly homogenization is guaranteed in connecting seat installation clearance automatic adjustment and locking, has promoted product production quality and production efficiency, is adapted to modern high -speed automated production.
Description
Technical field
This utility model is related to electronic product automated production field, refers in particular to a kind of centering and retaining mechanism.
Background technology
Electronic product is common instrument in daily productive life, and with scientific and technological progress, various electronic products are in daily life
During generation is lived, role is more and more important, and each electronic product vdiverse in function greatly facilitates the productive life of people,
Such as smart mobile phone, panel computer, notebook computer, portable charger etc. and its supporting power supply, battery etc. belong to
The category of electronic product；Electronic product normal work, necessarily involves and outside connection, to carry out the phase of electric energy/information
Mutually transmit, and this connection includes wired connection and wireless connection；At present, wired connection is main connected mode, You Xianlian
Connect and typically pass through various interfaces, socket and the connecting line supporting with it realization, such as power interface, usb interface, audio/video connects
Mouthful etc.；Interface, socket are generally located on electronic product casing surface, and its inner is electrically connected with interiors of products pcb plate, outer end insertion
Side wall of outer shell, is open architecture, to insert all kinds of joints；Interface, the centre of socket are cavity structure, to insert joint, connect
Mouth, the outer rim of socket are generally connecting seat or the overall installation in the hole being fixed on product casing as connecting seat；In actual production
During between connecting seat and shell installing hole general by the glue of filling liquid, make connecting seat solid after liquid glue is cured
Dingan County is contained in installation in the hole；Existing production technology, after dispensing between connecting seat and installing hole, lacks centering operation, after dispensing
Connecting seat and installing hole between fit-up gap uneven it is impossible to ensure assembling quality；Further, since glue is before curing
Do not possess coagulability, therefore after connecting seat is fitted into installation in the hole, the fit-up gap between connecting seat and installing hole cannot be consolidated
Fixed, before glue curing, all there is drift condition during moving/carry etc. in product, leads to connecting seat to assemble with installing hole
Error in gap, affects product quality.
Utility model content
The technical problems to be solved in the utility model is for above-mentioned the deficiencies in the prior art, provides a kind of connecting seat to install
Gap adjust automatically and locking, it is ensured that Product Assembly homogenization, improve production quality and production efficiency, are adapted to the modern times
The centering of high-speed automated production and retaining mechanism.
The technical scheme that this utility model is taken is as follows: a kind of centering and retaining mechanism, including tool seat, tool, y-axis group
Part, x-axis assembly, z-axis assembly and plug, wherein, above-mentioned x-axis assembly is arranged on tool seat；Above-mentioned z-axis assembly is arranged at x-axis
On assembly, z-axis assembly is slided along the x-axis direction by x-axis assembly；Above-mentioned plug is arranged on z-axis assembly, and plug passes through z-axis group
Part slides in the z-axis direction；Above-mentioned y-axis assembly is arranged at the sidepiece of x-axis assembly, and tool is arranged on y-axis assembly, and tool passes through
Y-axis assembly moves along the y-axis direction, tool is removably placed with product, is provided with installing hole at product trailing flank, this installing hole
Inside it is provided with connecting seat, between connecting seat and installing hole side wall, pass through glue bonding；Above-mentioned y-axis assembly and z-axis assembly are on outside top
Along the y-axis direction and move in z-axis direction to drive tool seat and plug under pushing mechanism effect respectively, so that plug and the jack of connecting seat is adjusted
Whole centering, then so that plug is inserted along the x-axis direction in jack by x-axis assembly, y-axis assembly and z-axis assembly drive plug and tool
Along the y-axis direction and z-axis direction relative motion, make the gap uniformity between connecting seat side and installing hole left side.
Preferably, described x-axis assembly include x-axis slide rail, x-axis slide, fixture block fixed seat, rotation fixture block, fixture block rotating shaft,
Fixture block spring, axostylus axostyle and connecting post, wherein, above-mentioned x-axis slide rail is arranged on tool seat along the x-axis direction, and x-axis slide is embedded in x
On axle slide rail, and slide along x-axis slide rail；X-axis slide is l type platy structure, and including transverse slat and riser, riser is arranged at transverse slat
Rear side end, and upwardly extend, the left side wall of transverse slat offers x-axis locating groove f.
Preferably, described fixture block fixed seat is arranged at the left side of transverse slat, fixture block fixed seat offers fixture block and installs
Groove；Above-mentioned rotation fixture block is rotatablely arranged in fixture block mounting groove by fixture block rotating shaft, and fixture block rotating shaft is inserted in rotation fixture block
Middle part, rotation fixture block front side be forced section, rear side be dop portion；The two ends of above-mentioned fixture block spring are connected to revotating card
Between the left side wall of block and fixture block mounting groove inwall, under normal condition, the elastic force of fixture block spring acts on the dop of rotation fixture block
Portion, makes dop portion embed in x-axis locating groove f, so that spacing x-axis slide in the direction of the x axis.
Preferably, it is provided with pushing tow cylinder on the left of described rotation fixture block, pushing tow cylinder is by interior and the right side acts on rotation fixture block
Forced section, make rotation fixture block around fixture block rotating shaft rotate, the lateral movement to the left of dop portion, extract in x-axis locating groove, so that x
Axle slide slides along the x-axis direction.
Preferably, described axostylus axostyle is connected on the leading flank of transverse slat, and connecting post is arranged at the front side portion of axostylus axostyle, axostylus axostyle with
It is fixedly connected with extension spring, extension spring is in extended state, when the dop portion of above-mentioned rotation fixture block is from x-axis between connecting post
When extracting in locating groove, extension spring drives x-axis slide to move along front side, to drive the plug insertion on x-axis slide
In the jack of connecting seat.
Preferably, described y-axis assembly includes tool support base, y-axis closing piece, tool slide, slide guide plate, tool guiding
Bar and y-axis spring, wherein, above-mentioned tool support base is arranged at the right side of above-mentioned x-axis slide, is provided with cunning in tool support base
Groove；Above-mentioned slide guide plate includes two pieces, and two slide guide plates are individually fixed in the both sides in front and back of tool support base, and stretch into chute
Interior.
Preferably, described tool slide is slidably embedded in chute, and before and after tool slide, two sides are embedding respectively
Enter below slide guide plate, spacing up and down by slide guide plate, tool slide is fixed with tool, outside top-pushing mechanism acts on to be controlled
On tool, tool is made to drive tool slide to move along the y-axis direction in chute, to adjust between plug and connecting seat jack along y-axis
Gap along the y-axis direction between the relative position in direction and connecting seat right edge and product installing hole left side wall.
Preferably, the two ends of described y-axis spring are connected between left side wall and the chute wall of tool slide, with
The elastic force promoting tool slide along slide is just provided；Above-mentioned tool guide post is connected on the left surface of tool slide, and
Pass through the left side wall of tool support base to the left, the left end of tool guide post is connected with limited block, in case tool slide outwards skids off
Chute；The y-axis locking slot of strip is offered on the leading flank of above-mentioned tool support base, above-mentioned y-axis closing piece is inserted in y-axis locking slot
Interior, in the rear end insertion tool slide of y-axis closing piece, and threaded with tool slide, outside rotating mechanism acts on y-axis lock
Block, so that tool slide is locked along the y-axis direction in chute.
Preferably, described z-axis assembly is arranged on the riser of x-axis slide, and the riser of x-axis slide vertically offers z
Axial trough；Above-mentioned z-axis assembly includes z-axis slide block, z-axis closing piece, compact heap and z-axis spring, and wherein, above-mentioned z-axis slide block is embedded in z-axis
In groove, and along z-axis groove slidably, the leading flank of z-axis slide block offers z-axis draw-in groove；The two ends of above-mentioned z-axis spring are fixed respectively
It is connected on the bottom surface of z-axis slide block and the transverse slat of x-axis slide, to provide z-axis slide block in the elastic force in z-axis direction.
Preferably, the left end of described plug is inserted and fixed in z-axis draw-in groove, and the right-hand member of plug extends out to product
At rear wall, outside top-pushing mechanism acts on z-axis slide block, to adjust between plug and the jack of product trailing flank upper connecting base
Z-axis relative position and connecting seat right edge and installing hole left side wall between gap along the z-axis direction；Above-mentioned z-axis closing piece setting
In the trailing flank of x-axis slide, and x-axis slide and z-axis slide block is passed through to stretch in z-axis draw-in groove；Above-mentioned compact heap is connected to z-axis closing piece
Front side end, and threaded with z-axis closing piece, outside rotating mechanism acts on z-axis closing piece, makes z-axis slide block be fixed on z-axis groove
Interior.
The beneficial effects of the utility model are:
This utility model is directed to electronic product actual dress production and is researched and developed, and devises a kind of connecting seat that is used for and installs
Gap adjust automatically and locking, it is ensured that Product Assembly gap uniformity, improve production quality and production efficiency, are adapted to
The centering of Modern High-Speed automated production and retaining mechanism；This utility model is adapted in electron trade between most of Product Assembly
Gap adjusting process, possesses that industry is initiative and perspective, adapts to the development trend that future electronic product automation produces.
This utility model production technology is located between connecting seat assembly technology and glue curing technique, by this utility model
Realize the homogenization of connecting seat fit-up gap, and the gap of homogenization is locked, while adjustment assembly gap,
Complete the fixation of fit-up gap, during effectively prevent product movement/carrying etc., the error that gap produces；This utility model
As product delivery, rigging position adjustment and locking carrier, product is detachably disposed in tool, and tool along the y-axis direction may be used
It is slidingly arranged on tool seat；The mobile driver part of connecting seat is plug, and plug is then set by z-axis assembly and x-axis assembly
It is placed on tool seat；During centering and locking, for summary, mainly include 3 processing steps, one inserts even for plug
In the jack of joint chair；Its two be by plug drive connecting seat product install in the hole along the z-axis direction and y-axis direction composition flat
Move in face, to adjust the gap between connecting seat side and installing hole internal face；Its three gap is adjusted after the completion of insert
Relative position between head and product is locked；Specifically, connecting seat and plug core position are scanned by ccd sweep mechanism
Afterwards, drive tool to slide along the y-axis direction in the chute of tool support base with tool slide by outside top-pushing mechanism, make plug
Align with adapter sleeve y-axis coordinate, outside top-pushing mechanism drives z-axis slide block to slide along the z-axis direction in the z-axis groove of x-axis slide, makes
Plug is alignd with adapter sleeve z-axis coordinate；After the completion of alignment, it is arranged at the pushing tow cylinder pushing tow rotation to the right on the left of rotation fixture block
Fixture block, makes the dop portion of rotation fixture block extract in the x-axis locating groove of x-axis slide, now, x-axis slide is in its front side portion
Forward side direction motion along the x-axis direction under extension spring pulling force effect, drives complete in the plug insertion connecting seat being arranged on
Become insert action；Plug insertion connecting seat in after, need between connecting seat and product mounting seat fit-up gap adjustment so as to
Homogenization, now, scans the fit-up gap between connecting seat outer side edges and installing hole medial wall, assembling by ccd sweep mechanism
When gap is uneven, outside top-pushing mechanism drives tool to drive product to move along the y-axis direction, and outside pushing tow drives plug and connection
Seat moves along the z-axis direction, until fit-up gap is uniform；After the adjustment uniformly of fit-up gap, need to carry out locking action, y-axis direction
Rotational lock mechanism kinematic to the y-axis closing piece of tool slide sidepiece, and drive y-axis closing piece rotary motion, make tool slide
It is fixed on tool support base, so that tool and product are locked along the y-axis direction, the rotational lock mechanism fortune in z-axis direction
Move to the z-axis closing piece of x-axis slide riser sidepiece, and drive z-axis closing piece rotary motion, make z-axis slide block be fixed on x-axis slide
On, so that plug is locked along the z-axis direction, complete fit-up gap is locked.
Brief description
Fig. 1 is one of perspective view of the present utility model.
Fig. 2 is the two of perspective view of the present utility model.
Fig. 3 is the three of perspective view of the present utility model.
Specific embodiment
Below in conjunction with accompanying drawing, this utility model is further described:
As shown in Figure 1 to Figure 3, the technical scheme that this utility model is taken is as follows: a kind of centering and retaining mechanism, including controlling
Tool seat 111, tool 112, y-axis assembly, x-axis assembly, z-axis assembly and plug 118, wherein, above-mentioned x-axis assembly is arranged at tool seat
On 11；Above-mentioned z-axis assembly is arranged on x-axis assembly, and z-axis assembly is slided along the x-axis direction by x-axis assembly；Above-mentioned plug 118 sets
It is placed on z-axis assembly, plug 118 is slided in the z-axis direction by z-axis assembly；Above-mentioned y-axis assembly is arranged at the side of x-axis assembly
Portion, tool 112 is arranged on y-axis assembly, and tool 12 is moved along the y-axis direction by y-axis assembly, and tool 112 is removably put
It is equipped with product 01, at product 01 trailing flank, is provided with installing hole, this installation in the hole is provided with connecting seat 02, connecting seat 02 and installing hole side
Pass through glue bonding between wall；Above-mentioned y-axis assembly and z-axis assembly drive tool seat 111 under outside top-pushing mechanism acts on respectively
And plug 118 is along the y-axis direction and the motion of z-axis direction, makes plug 118 and the jack of connecting seat 02 adjust centering, then passes through x-axis group
Part makes plug 118 insert along the x-axis direction in jack, and y-axis assembly and z-axis assembly drive plug 118 and tool 112 along the y-axis direction
And z-axis direction relative motion, make the gap uniformity between connecting seat 02 side and installing hole left side.
X-axis assembly includes x-axis slide rail 119, x-axis slide 113, fixture block fixed seat 1110, rotation fixture block 1111, fixture block rotating shaft
1112nd, fixture block spring 1113, axostylus axostyle 1114 and connecting post 1115, wherein, above-mentioned x-axis slide rail 119 is arranged at tool along the x-axis direction
On seat 111, x-axis slide 113 is embedded on x-axis slide rail 119, and slides along x-axis slide rail 119；X-axis slide 113 is that l template shape is tied
Structure, including transverse slat and riser, riser is arranged at the rear side end of transverse slat, and upwardly extends, and the left side wall of transverse slat offers x-axis fixed
Position draw-in groove f.
Fixture block fixed seat 1110 is arranged at the left side of transverse slat, and fixture block fixed seat 1110 offers fixture block mounting groove；On
State rotation fixture block 1111 to be rotatablely arranged in fixture block mounting groove by fixture block rotating shaft 1112, fixture block rotating shaft 1112 is inserted in rotation
Turn the middle part of fixture block 1111, the front side of rotation fixture block 1111 is forced section, and rear side is dop portion；The two of above-mentioned fixture block spring 1113
End is connected between left side wall and the fixture block mounting groove inwall of rotation fixture block 1111, under normal condition, fixture block spring 1113
Elastic force act on rotation fixture block 1111 dop portion, make dop portion embed x-axis locating groove f in limit in the direction of the x axis
Position x-axis slide 113
It is provided with pushing tow cylinder, pushing tow cylinder acts on the stress of rotation fixture block 1111 by the interior and right side on the left of rotation fixture block 1111
Portion, makes rotation fixture block 1111 rotate around fixture block rotating shaft 1112, and the lateral movement to the left of dop portion is extracted in x-axis locating groove f, with
Just x-axis slide 113 slides along the x-axis direction.
Axostylus axostyle 1114 is connected on the leading flank of transverse slat, and connecting post 1115 is arranged at the front side portion of axostylus axostyle 1114, axostylus axostyle
It is fixedly connected with extension spring, extension spring is in extended state, when above-mentioned rotation fixture block between 1114 and connecting post 1115
When 1111 dop portion extracts in x-axis locating groove f, extension spring drives x-axis slide 113 to move along front side, to carry
Plug 118 on dynamic x-axis slide 113 inserts in the jack of connecting seat 02.
Y-axis assembly includes tool support base 1116, y-axis closing piece 1117, tool slide 1118, slide guide plate 1119, tool
Guide post 1120 and y-axis spring 1121, wherein, above-mentioned tool support base 1116 is arranged at the right side of above-mentioned x-axis slide 113,
It is provided with chute in tool support base 1116；Above-mentioned slide guide plate 1119 includes two pieces, and two slide guide plates 1119 are individually fixed in be controlled
Both sides before and after tool support base 1116, and stretch in chute.
Tool slide 1118 is slidably embedded in chute, and before and after tool slide 1118, two sides are respectively embedded into slide
Below guide plate 1119, spacing about 1119 by slide guide plate, tool slide 1118 is fixed with tool 112, outside pusher
Structure acts on tool 112, makes tool 112 drive tool slide 1118 to move along the y-axis direction in chute, to adjust plug
Relative position along the y-axis direction and connecting seat 02 right edge and product 01 installing hole left side wall between 118 and connecting seat 02 jack
Between gap along the y-axis direction.
The two ends of y-axis spring 1121 are connected between left side wall and the chute wall of tool slide 1118, to carry
For promoting tool slide 1118 along the elastic force of slide；Above-mentioned tool guide post 1120 is connected to the left side of tool slide 1118
On face, and to the left through the left side wall of tool support base 1116, the left end of tool guide post 1120 is connected with limited block, to prevent and treat
Tool slide 1118 outwards skids off chute；The y-axis locking slot g of strip is offered on the leading flank of above-mentioned tool support base 1116, on
State y-axis closing piece 1117 to be inserted in y-axis locking slot g, in the rear end insertion tool slide 1118 of y-axis closing piece 1117, and and tool
Slide 1118 is threaded, and outside rotating mechanism acts on y-axis closing piece 1117, so that tool slide 1118 is locked along the y-axis direction
It is tightly fixed in chute.
Z-axis assembly is arranged on the riser of x-axis slide 113, and the riser of x-axis slide 113 vertically offers z-axis groove c；On
State z-axis assembly and include z-axis slide block 114, z-axis closing piece 115, compact heap 116 and z-axis spring 117, wherein, above-mentioned z-axis slide block 114
It is embedded in z-axis groove c, and along z-axis groove c slidably, the leading flank of z-axis slide block 114 offers z-axis draw-in groove d；Above-mentioned z-axis bullet
The two ends of spring 117 are respectively fixedly connected with the bottom surface of z-axis slide block 114 with the transverse slat of x-axis slide 113, to provide z-axis slide block
114 elastic force in z-axis direction.
The left end of plug 118 is inserted and fixed in z-axis draw-in groove d, and the right-hand member of plug 118 extends out to the rear side of product 01
At wall, outside top-pushing mechanism acts on z-axis slide block 114, to adjust inserting of plug 118 and product 01 trailing flank upper connecting base 02
Gap along the z-axis direction between z-axis relative position between hole and connecting seat 02 right edge and installing hole left side wall；Above-mentioned z-axis
Closing piece 115 is arranged at the trailing flank of x-axis slide 113, and passes through x-axis slide 113 and z-axis slide block 114 to stretch in z-axis draw-in groove d；On
State the front side end that compact heap 116 is connected to z-axis closing piece 115, and threaded with z-axis closing piece 115, outside rotating mechanism acts on
Z-axis closing piece 115, makes z-axis slide block 114 be fixed in z-axis groove c.
Further, this utility model devises and a kind of installs gap adjust automatically and locking for connecting seat it is ensured that product
Fit-up gap homogenization, improves production quality and production efficiency, be adapted to Modern High-Speed automated production centering and
Retaining mechanism；This utility model is adapted in electron trade most of Product Assembly interval regulating process, possesses industry initiative
And perspective, adapt to the development trend that future electronic product automation produces.This utility model production technology is located at connecting seat and fills
The homogenization of connecting seat fit-up gap between allotment of labor's skill and glue curing technique, is realized by this utility model, and by homogenization
Gap be locked, while adjustment assembly gap, complete the fixation of fit-up gap, effectively prevent product move
During dynamic/carrying etc., the error that gap produces；This utility model delivers as product, rigging position adjusts and locking carrier,
Product is detachably disposed in tool, and tool is slidably disposed on tool seat along the y-axis direction；The mobile driving of connecting seat
Part is plug, and plug is then arranged on tool seat by z-axis assembly and x-axis assembly；During centering and locking, summarize to come
Say 3 processing steps of main inclusion, one inserts in the jack of connecting seat for plug；Its two be by plug drive connecting seat exist
Product is installed in the hole along the z-axis direction and is moved, to adjust connecting seat side and installing hole internal face in the plane of y-axis direction composition
Between gap；Its three gap is adjusted after the completion of plug and product between relative position be locked；Specifically, lead to
After crossing ccd sweep mechanism scanning connecting seat and plug core position, tool is driven to exist with tool slide by outside top-pushing mechanism
Slide along the y-axis direction in the chute of tool support base, so that plug is alignd with adapter sleeve y-axis coordinate, outside top-pushing mechanism drives z-axis
Slide block slides in the z-axis groove of x-axis slide along the z-axis direction, so that plug is alignd with adapter sleeve z-axis coordinate；After the completion of alignment, setting
Pushing tow cylinder on the left of rotation fixture block pushing tow rotation fixture block to the right, makes the dop portion of rotation fixture block fixed from the x-axis of x-axis slide
Position draw-in groove in extract, now, x-axis slide under the extension spring pulling force effect of its front side portion along the x-axis direction forward side direction fortune
Dynamic, drive in the plug being arranged on insertion connecting seat and complete insert action；After in plug insertion connecting seat, need to connection
Fit-up gap adjustment between seat and product mounting seat, so as to homogenization, now, is scanned outside connecting seat by ccd sweep mechanism
Fit-up gap between side and installing hole medial wall, when fit-up gap is uneven, outside top-pushing mechanism drives tool band movable property
Product move along the y-axis direction, and outside pushing tow drives plug and connecting seat to move along the z-axis direction, until fit-up gap is uniform；Assembly building
After gap adjustment uniformly, need to carry out locking action, the y-axis lock of the rotational lock mechanism kinematic in y-axis direction to tool slide sidepiece
At block, and drive y-axis closing piece rotary motion, so that tool slide is fixed on tool support base, so that tool and product are along y-axis
Direction is locked, and the rotational lock mechanism kinematic in z-axis direction is to the z-axis closing piece of x-axis slide riser sidepiece, and drives z-axis
Closing piece rotary motion, makes z-axis slide block be fixed on x-axis slide, so that plug is locked along the z-axis direction, completes to assembling
Being locked of gap.
Embodiment of the present utility model simply introduces its specific embodiment, does not lie in and limits its protection domain.The industry
Technical staff can make some modifications under the inspiration of the present embodiment, therefore all done according to this utility model the scope of the claims
Equivalence changes or modification, belong in this utility model scope of the patent claims.
Claims (10)
1. a kind of centering and retaining mechanism it is characterised in that: include tool seat (111), tool (112), y-axis assembly, x-axis group
Part, z-axis assembly and plug (118), wherein, above-mentioned x-axis assembly is arranged on tool seat (11)；Above-mentioned z-axis assembly is arranged at x-axis
On assembly, z-axis assembly is slided along the x-axis direction by x-axis assembly；Above-mentioned plug (118) is arranged on z-axis assembly, plug (118)
Slided in the z-axis direction by z-axis assembly；Above-mentioned y-axis assembly is arranged at the sidepiece of x-axis assembly, and tool (112) is arranged at y-axis
On assembly, tool (12) is moved along the y-axis direction by y-axis assembly, and tool (112) is removably placed with product (01), produces
It is provided with installing hole, this installation in the hole is provided with connecting seat (02), between connecting seat (02) and installing hole side wall at product (01) trailing flank
By glue bonding；Above-mentioned y-axis assembly and z-axis assembly drive tool seat (111) under outside top-pushing mechanism acts on respectively and insert
Head (118) is along the y-axis direction and moves in z-axis direction, makes plug (118) and the jack of connecting seat (02) adjust centering, then passes through x-axis
Assembly makes plug (118) insert along the x-axis direction in jack, and y-axis assembly and z-axis assembly drive plug (118) and tool (112) edge
Y-axis direction and z-axis direction relative motion, make the gap uniformity between connecting seat (02) side and installing hole left side.
2. a kind of centering according to claim 1 and retaining mechanism it is characterised in that: described x-axis assembly includes x-axis and slides
Rail (119), x-axis slide (113), fixture block fixed seat (1110), rotation fixture block (1111), fixture block rotating shaft (1112), fixture block spring
(1113), axostylus axostyle (1114) and connecting post (1115), wherein, above-mentioned x-axis slide rail (119) is arranged at tool seat along the x-axis direction
(111) on, x-axis slide (113) is embedded on x-axis slide rail (119), and slides along x-axis slide rail (119)；X-axis slide (113) is l
Type platy structure, including transverse slat and riser, riser is arranged at the rear side end of transverse slat, and upwardly extends, and the left side wall of transverse slat is opened
It is provided with x-axis locating groove (f).
3. a kind of centering according to claim 2 and retaining mechanism it is characterised in that: described fixture block fixed seat (1110)
It is arranged at the left side of transverse slat, fixture block fixed seat offers fixture block mounting groove on (1110)；Above-mentioned rotation fixture block (1111) is passed through
Fixture block rotating shaft (1112) is rotatablely arranged in fixture block mounting groove, and fixture block rotating shaft (1112) is inserted in rotation fixture block (1111)
Middle part, the front side of rotation fixture block (1111) is forced section, and rear side is dop portion；The two ends of above-mentioned fixture block spring (1113) connect respectively
It is connected between left side wall and the fixture block mounting groove inwall of rotation fixture block (1111), under normal condition, the bullet of fixture block spring (1113)
Power acts on the dop portion of rotation fixture block (1111), so that dop portion is embedded in x-axis locating groove (f), to limit in the direction of the x axis
Position x-axis slide (113).
4. a kind of centering according to claim 3 and retaining mechanism it is characterised in that: described rotation fixture block (1111) is left
Side is provided with pushing tow cylinder, and pushing tow cylinder acts on the forced section of rotation fixture block (1111) by the interior and right side, makes rotation fixture block (1111)
Around fixture block rotating shaft (1112) rotation, the lateral movement to the left of dop portion, extract in x-axis locating groove (f), so that x-axis slide (113)
Slide along the x-axis direction.
5. a kind of centering according to claim 4 and retaining mechanism it is characterised in that: described axostylus axostyle (1114) is connected to
On the leading flank of transverse slat, connecting post (1115) is arranged at the front side portion of axostylus axostyle (1114), axostylus axostyle (1114) and connecting post (1115)
Between be fixedly connected with extension spring, extension spring is in extended state, when the dop portion of above-mentioned rotation fixture block (1111) is from x-axis
When extracting in locating groove (f), extension spring drives x-axis slide (113) to move along front side, to drive x-axis slide (113)
On plug (118) insert connecting seat (02) jack in.
6. a kind of centering according to claim 5 and retaining mechanism it is characterised in that: described y-axis assembly includes tool
Support base (1116), y-axis closing piece (1117), tool slide (1118), slide guide plate (1119), tool guide post (1120) and y
Axle spring (1121), wherein, above-mentioned tool support base (1116) is arranged at the right side of above-mentioned x-axis slide (113), and tool supports
It is provided with chute in seat (1116)；Above-mentioned slide guide plate (1119) includes two pieces, and two slide guide plates (1119) are individually fixed in tool
Both sides before and after support base (1116), and stretch in chute.
7. a kind of centering according to claim 6 and retaining mechanism it is characterised in that: described tool slide (1118) can
Slidably it is embedded in chute, before and after tool slide (1118), two sides are respectively embedded into below slide guide plate (1119), pass through
Slide guide plate (1119) is spacing up and down, and tool slide (1118) is fixed with tool (112), and outside top-pushing mechanism acts on tool
(112) on, make tool (112) drive tool slide (1118) move along the y-axis direction in chute, with adjust plug (118) with
Relative position along the y-axis direction and connecting seat (02) right edge and product (01) installing hole left side wall between connecting seat (02) jack
Between gap along the y-axis direction.
8. a kind of centering according to claim 7 and retaining mechanism it is characterised in that: described y-axis spring (1121)
Two ends are connected between left side wall and the chute wall of tool slide (1118), provide to promote tool slide (1118)
Elastic force along slide；Above-mentioned tool guide post (1120) is connected on the left surface of tool slide (1118), and wears to the left
Cross the left side wall of tool support base (1116), the left end of tool guide post (1120) is connected with limited block, in case tool slide
(1118) outwards skid off chute；Y-axis locking slot (g) of strip is offered on the leading flank of above-mentioned tool support base (1116), on
State y-axis closing piece (1117) to be inserted in y-axis locking slot (g), in rear end insertion tool slide (1118) of y-axis closing piece (1117),
And threaded with tool slide (1118), outside rotating mechanism acts on y-axis closing piece (1117), so that by tool slide
(1118) it is locked along the y-axis direction in chute.
9. a kind of centering according to claim 8 and retaining mechanism it is characterised in that: described z-axis assembly is arranged at x-axis
On the riser of slide (113), the riser of x-axis slide (113) vertically offers z-axis groove (c)；Above-mentioned z-axis assembly includes z-axis and slides
Block (114), z-axis closing piece (115), compact heap (116) and z-axis spring (117), wherein, above-mentioned z-axis slide block (114) is embedded in z-axis
In groove (c), and along z-axis groove (c) slidably, the leading flank of z-axis slide block (114) offers z-axis draw-in groove (d)；Above-mentioned z-axis spring
(117) two ends are respectively fixedly connected with the bottom surface of z-axis slide block (114) with the transverse slat of x-axis slide (113), to provide z-axis to slide
The elastic force in z-axis direction for the block (114).
10. a kind of centering according to claim 9 and retaining mechanism it is characterised in that: the left end of described plug (118)
It is inserted and fixed in z-axis draw-in groove (d), the right-hand member of plug (118) extends out at the rear wall of product (01), outside pusher
Structure acts on z-axis slide block (114), to adjust between plug (118) and the jack of product (01) trailing flank upper connecting base (02)
Z-axis relative position and connecting seat (02) right edge and installing hole left side wall between gap along the z-axis direction；Above-mentioned z-axis closing piece
(115) it is arranged at the trailing flank of x-axis slide (113), and pass through x-axis slide (113) and z-axis slide block (114) to stretch into z-axis draw-in groove
In (d)；Above-mentioned compact heap (116) is connected to the front side end of z-axis closing piece (115), and threadeds with z-axis closing piece (115), outside
Rotating mechanism acts on z-axis closing piece (115), so that z-axis slide block (114) is fixed in z-axis groove (c).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620747326.5U CN205915011U (en) | 2016-07-16 | 2016-07-16 | Centering and locking mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620747326.5U CN205915011U (en) | 2016-07-16 | 2016-07-16 | Centering and locking mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205915011U true CN205915011U (en) | 2017-02-01 |
Family
ID=57872562
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620747326.5U Active CN205915011U (en) | 2016-07-16 | 2016-07-16 | Centering and locking mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205915011U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112338515A (en) * | 2020-11-25 | 2021-02-09 | 安徽字母表工业设计有限公司 | Threaded hole aligning method for automobile production and assembly |
-
2016
- 2016-07-16 CN CN201620747326.5U patent/CN205915011U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112338515A (en) * | 2020-11-25 | 2021-02-09 | 安徽字母表工业设计有限公司 | Threaded hole aligning method for automobile production and assembly |
| CN112338515B (en) * | 2020-11-25 | 2021-09-14 | 安徽字母表工业设计有限公司 | Threaded hole aligning method for automobile production and assembly |
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Address after: 518104 1st floor, building 38, South Ring Road Science Park, Ma'anshan community, Shajing street, Bao'an District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Xinghe Automation Co.,Ltd. Address before: 518000 B, block C, 1 floor, first floor, Ma An Shan science and Technology Park, Western Baoan District, Guangdong, Shenzhen, Baoan District. Patentee before: SHENZHEN SINVO AUTOMATIC Co.,Ltd. |
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