CN209278329U - Splicing apparatus - Google Patents
Splicing apparatus Download PDFInfo
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- CN209278329U CN209278329U CN201821554254.8U CN201821554254U CN209278329U CN 209278329 U CN209278329 U CN 209278329U CN 201821554254 U CN201821554254 U CN 201821554254U CN 209278329 U CN209278329 U CN 209278329U
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- screen box
- connecting plate
- operating stick
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Abstract
The utility model belongs to display screen technology field, more particularly to a kind of splicing apparatus, for adjacent display screen box body to be stitched together, the splicing apparatus includes connecting plate, operating stick and several engaging support mechanisms for being used to be interlocked with the display screen box body, each engaging support mechanism is installed on the connecting plate on the side of the display screen box body, the first end of the operating stick is installed on the engaging support mechanism for controlling the engaging support mechanism movement, the second end of the operating stick is equipped with the locking mechanism for mutually latching the engaging support mechanism being fastened on the display screen box body with the display screen box body.The splicing apparatus of the utility model, structure is simple, easy to operate, it can facilitate and disassemble from display screen box body while also connecting plate can be fixedly installed on display screen box body securely, so that adjacent display screen box body is more simply and reliablely stitched together.
Description
Technical field
The utility model belongs to display screen technology field more particularly to a kind of splicing apparatus.
Background technique
Currently, being fixedly connected between adjacent two display screen box body in most of mosaic display screens by connecting plate
Together, i.e., adjacent display screen box body is passed through screw to be fixedly mounted on same connecting plate, thus by adjacent display screen
Together, but this mode that is fixedly connected makes adjacent display screen box body dismount process that is difficult, and dismounting to box body splicing
In on display screen box body exist damage to influence display screen box body next time splicing splicing precision.In addition, if by display screen
It is attached between cabinet and connecting plate using detachable mechanism, but since most of mosaic display screen is located at eminence and shows
The quality of display screen is larger, and display screen is easy to shake when mosaic display screen, so that the work being subject between adjacent display screen box body
Firmly larger, this results in the detachable mechanism between adjacent display screen box body to be easy to disengage, and then leads to adjacent display
The connection reliability shielded between cabinet reduces.
Utility model content
The purpose of this utility model is to provide a kind of splicing apparatus and mosaic display screens, it is intended to solve in the prior art
Splicing between the adjacent display screen box body of mosaic display screen can not meet the convenient for disassembly and assembly and reliable technology of connection simultaneously and ask
Topic.
In order to achieve the above purposes, the technical solution adopted by the utility model is: a kind of splicing apparatus, for will be adjacent aobvious
Display screen box body splicing together, the splicing apparatus include connecting plate, operating stick and several be used for and the display screen box body
The engaging support mechanism being interlocked, each engaging support mechanism are installed on the connecting plate on the side of the display screen box body, institute
The first end for stating operating stick is installed on the engaging support mechanism with for controlling engaging support mechanism movement, and the of the operating stick
Two ends are equipped with for mutually latching the engaging support mechanism being fastened on the display screen box body with the display screen box body
Latching device.
Further, the engaging support mechanism includes installation lid, is arranged column and shaft, and the bottom of the installation lid, which is equipped with, to be accommodated
Hole, the connecting plate are equipped with through-hole, and the installation lid is fixedly installed on the connecting plate, and the bottom for being arranged column is equipped with
Overlap aperture for connecting with the display screen box body, the column that is arranged are located in the receiving hole, and the through-hole with it is described
Overlap aperture communicates, and described to be arranged column hinged by the shaft and the operating stick.
Further, the receiving hole includes the hole diameter section that diameter macropores section is communicated with the diameter macropores section, institute
The opening that diameter macropores section is stated close to the receiving hole is arranged, and described state is arranged the side of column and is equipped with and communicates with the overlap aperture
Several mounting holes, are equipped with ball in each mounting hole, and when axial movement for being arranged column along the receiving hole drives institute
It states ball and is moved back and forth between the diameter macropores section and the hole diameter section.
Further, the first end of the operating stick is equipped with the first yoke and second for being located at the installation lid two sides
Yoke offers the first strip hole and the second strip hole being oppositely arranged in the outside wall surface of the installation lid respectively, and described the
One strip hole and second strip hole extend along the axis of the receiving hole；The both ends of the shaft wear out described be arranged
Column, and the both ends of the shaft are pierced by after first strip hole and second strip hole respectively and pitch respectively with described first
Arm and second yoke are hinged.
Further, first yoke is equipped with and successively bends connected the first flat face and the first arcwall face, described
First flat face and the second end end face of the operating stick are oppositely arranged, the vertex of first arcwall face to the shaft axis
Distance be greater than first flat face to the shaft axis distance；Second yoke is equipped with what successively bending was connected
Second flat face and the second arcwall face, second flat face and the second end end face of the operating stick are oppositely arranged, and described
The distance of the vertex of two arcwall faces to the shaft axis is greater than second flat face to the distance of the shaft axis；It is described
First flat face to the shaft axis distance be equal to second flat face to the shaft axis distance, described first
The distance of the vertex of arcwall face to the shaft axis is equal to the vertex of second arcwall face to the distance of the shaft axis.
Further, the latching device includes snap close piece and fixed plate, the snap close piece include glissile segment and with it is described
The lock section that display screen box body mutually latches, the lock section are connected with the end of the glissile segment, the glissile segment and described
Lock section is perpendicular, and the sliding groove extended along the operating stick axis direction, the lock are offered on the side of the operating stick
The glissile segment of fastener is slidably connected in the sliding groove, and the fixed plate is fixedly installed in the opening and envelope of the sliding groove
The opening of the sliding groove is covered, the lock section extends towards the connecting plate and is arranged on the connecting plate.
Further, the handle hole communicated with the sliding groove, institute are offered on the end face of the second end of the operating stick
Glissile segment is stated close to the end face of the lock section equipped with protrusion is pressed, the protrusion of pressing is arranged in the handle hole.
Further, it is connected with adjusting screw on the connecting plate, the end of the adjusting screw is towards the connecting plate
It is arranged close to the side of the display screen box body, and for adjusting the distance between the connecting plate and the display screen box body.
Further, the connecting plate includes the interconnecting piece being fastened on adjacent display screen box body respectively, each described
The engaging support mechanism, the latching device and the operating stick are equipped on interconnecting piece；On two adjacent interconnecting pieces
It is respectively equipped with the grafting arm being mutually inserted and holding arm and the locking for relatively fixed the grafting arm and the holding arm
Mechanism, the end face of the holding arm are equipped with arc spliced eye, and the grafting arm extends in arc-shaped and towards the holding arm,
The grafting arm is plugged in the arc spliced eye and in sliding in the arc spliced eye to adjust two adjacent connections
The angle in portion.
Further, the connecting plate includes the interconnecting piece being fastened on adjacent display screen box body respectively, each described
The engaging support mechanism, the latching device and the operating stick are equipped on interconnecting piece, on two adjacent interconnecting pieces
It is respectively equipped with the grafting arm and holding arm being mutually inserted；The splicing apparatus further includes telescoping mechanism, the fixed peace of the holding arm
Loaded on the corresponding interconnecting piece, the grafting arm is slidably connected with the corresponding interconnecting piece, and the telescoping mechanism is consolidated
Fixed end is installed on the interconnecting piece corresponding to the grafting arm；The telescoping mechanism be connected to the grafting arm and it is described insert
It connects between the interconnecting piece corresponding to arm, and for driving the grafting arm to slide on the corresponding interconnecting piece；Alternatively,
The grafting arm is fixedly installed on the corresponding interconnecting piece, and the holding arm is slidably connected with the corresponding interconnecting piece,
The telescoping mechanism is connected between the interconnecting piece corresponding to the holding arm and the holding arm, and described for driving
Holding arm slides on the corresponding interconnecting piece.
The utility model has the beneficial effects that the splicing apparatus of the utility model, when specifically used, operation operating stick will even
Engaging support mechanism on fishplate bar is fastened on display screen box body, is then again latched in the latching device in the second end of operating stick aobvious
On display screen cabinet, the second end of operating stick is latched on display screen box body, so that the first end of operating stick can not move, thus
It ensure that engaging support mechanism can be fastened on display screen box body securely, and then avoid engaging support mechanism on display screen box body
It splits away off, meanwhile, latching device is latched on display screen box body, further, increases connecting plate and display screen box body
Between bonding strength, display screen box body is fixedly mounted on connecting plate；Meanwhile by connecting plate from display screen case
When disassembling on body, latching device and engaging support mechanism need to be successively only unlocked, this is easy to operate, and will not damage to display screen box body
Wound ensure that the splicing precision of adjacent display screen box body, and being capable of Reusability.The splicing apparatus of the utility model, structure letter
It is single, easy to operate, it can facilitate and disassemble from display screen box body while also can securely be fixedly installed in connecting plate
On display screen box body, so that adjacent display screen box body is more simply and reliablely stitched together.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of splicing apparatus provided by the embodiment of the utility model.
Fig. 2 is the Section View of the line A-A along Fig. 1.
Fig. 3 is the Section View of the line B-B along Fig. 1.
Fig. 4 is the explosive view along Fig. 1 at C.
Fig. 5 is the structural schematic diagram of the operating stick for the splicing apparatus that utility model embodiment provides.
Fig. 6 is the sectional view of the installation lid for the splicing apparatus that utility model embodiment provides
Fig. 7 is that the splicing apparatus that utility model embodiment provides is equipped with grafting arm, holding arm and retaining mechanism
Structural schematic diagram.
Fig. 8 is the explosive view of the grafting arm of the splicing apparatus that provides of utility model embodiment, holding arm and retaining mechanism.
Fig. 9 is the structural representation for being equipped with adjusting screw and telescoping mechanism for the splicing apparatus that utility model embodiment provides
Figure.
Figure 10 is the explosive view for being equipped with adjusting screw and telescoping mechanism for the splicing apparatus that utility model embodiment provides.
Wherein, each appended drawing reference in figure:
10-connecting plate 11-through-hole, 12-interconnecting pieces
13-grafting arm 14-holding arm, 15-retaining mechanisms
16-connecting rope 17-connection buckle, 18-adjusting screws
20-operating stick the 22-the second yokes of the 21-the first yoke
23-24-sliding groove of retention bead, 25-abutting slots
30-engaging support mechanisms 31-installation lid 32-are arranged column
33-the 35-the first elastic components of 34-shaft of ball
36-fixing screws 40-latching device, 41-snap close pieces
42-fixed plate 50-telescoping mechanisms of the 43-the second elastic component
51-fixed block 52-double threaded screw, 53-guide rods
54-sliding screw 55-fastening screw, 56-swing handles
57-strip sliding eye 131-positioning groove, 141-arc spliced eyes
142-the 211-the first rotation holes of 151-lock-screw of locking hole
212-the first flat face the 221-the second rotation hole of the 213-the first arcwall face
222-the second flat face 311-receiving hole of the 223-the second arcwall face
312-the first strip hole 321-overlap aperture of the 313-the second strip hole
322-mounting hole 341-fixed grooves of the 323-the first perforating
411-glissile segment 412-lock, 3111-diameter macropores of section sections
3112-hole diameter sections 4111-press raised 4121-lock projections.
Specific embodiment
The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning
Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng
The embodiment for examining the description of attached drawing 1~10 is exemplary, it is intended to for explaining the utility model, and should not be understood as practical to this
Novel limitation.
In the description of the present invention, it should be understood that term " length ", " width ", "upper", "lower", " preceding ",
The orientation or positional relationship of the instructions such as " rear ", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached
Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of utility model.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more of the features.The meaning of " plurality " is two or two in the description of the present invention,
More than, unless otherwise specifically defined.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu
It is fixed " etc. terms shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be
Mechanical connection, is also possible to be electrically connected；It can be directly connected, two can also be can be indirectly connected through an intermediary
The interaction relationship of connection or two elements inside element.It for the ordinary skill in the art, can basis
Concrete condition understands the concrete meaning of above-mentioned term in the present invention.
As shown in Fig. 1~10, the utility model provides a kind of splicing apparatus, for splicing adjacent display screen box body
Together, the splicing apparatus include connecting plate 10, operating stick 20 and several for being interlocked with the display screen box body
Engaging support mechanism 30, each engaging support mechanism 30 is installed on the connecting plate 10 on the side of the display screen box body, described
The first end of operating stick 20 is installed on the engaging support mechanism 30 for driving the movement of engaging support mechanism 30, the operating stick
20 second end is equipped with the engaging support mechanism 30 and the display screen box body for that will be fastened on the display screen box body
The mutually latching device 40 of lock.
Specifically, the splicing apparatus of the utility model embodiment operates operating stick 20 for connecting plate 10 when specifically used
On engaging support mechanism 30 be fastened on display screen box body, then the latching device 40 in the second end of operating stick 20 is latched in again
On display screen box body, the second end of operating stick 20 is latched on display screen box body, so that the first end of operating stick 20 can not move
It is dynamic, to ensure that engaging support mechanism 30 can be fastened on display screen box body securely, and then avoid engaging support mechanism 30 to
It is split away off on display screen box body, meanwhile, latching device 40 latches on display screen box body, further, increases connecting plate
Bonding strength between 10 and display screen box body enables display screen box body to be fixedly mounted on connecting plate 10；Meanwhile it will
When connecting plate 10 is disassembled from display screen box body, latching device 40 and engaging support mechanism 30, operation letter only need to be successively unlocked
It is single, and the splicing precision that ensure that adjacent display screen box body will not be damaged to display screen box body, and being capable of Reusability.This reality
With novel splicing apparatus, structure is simple, easy to operate, can facilitate disassembled from display screen box body and meanwhile also can jail
Admittedly connecting plate 10 is fixedly installed on display screen box body, so that adjacent display screen box body more simply and reliablely be spliced
Together.
In the present embodiment, refering to fig. 1, shown in Fig. 2 and Fig. 4, the engaging support mechanism 30 includes installation lid 31, is arranged 32 and of column
The bottom of shaft 34, the installation lid 31 is equipped with receiving hole 311, and the connecting plate 10 is equipped with through-hole 11, the installation lid 31
It is fixedly installed on the connecting plate 11；The bottom for being arranged column 32 is equipped with for being arranged with what the display screen box body was connect
Hole 321, the column 32 that is arranged is located in the receiving hole 311, and the through-hole 11 is communicated with the overlap aperture 321, and described
It is hinged by the shaft 34 and the operating stick 20 to be arranged column 32.
Specifically, during the fastening of engaging support mechanism 30, the protrusion that will first be arranged column 32 and be set on display screen box body
On, i.e., the protrusion on display screen box body passes through the through-hole 11 on connecting plate 10 and is inserted into and is arranged in the overlap aperture 321 of column 32, so
It is mobile to which drive is arranged column 32 in the movement of receiving hole 311 to control operating stick 20 again afterwards, to realize the button of the mechanism of fastening
Cooperation is used.30 structure of engaging support mechanism is simple, easy to operate, and can stablize and display screen box body is fastened on connecting plate 10,
Installation lid 31 is predominantly arranged column 32 and provides installation base body.
In the present embodiment, refering to shown in Fig. 3, Fig. 4 and Fig. 6, the receiving hole 311 includes diameter macropores section 3111 and institute
State the hole diameter section 3112 that diameter macropores section 3111 communicates, the opening close to the receiving hole 311 of diameter macropores section 3111
Mouth setting, the side for being arranged column 32 of stating is equipped with several mounting holes 322 communicated with the overlap aperture 321, each installation
Be equipped with ball 33 in hole 322, when axial movement for being arranged column 321 along the receiving hole 311 drive the ball 33 in
It is moved back and forth between the diameter macropores section 3111 and the hole diameter section 3112.
When specifically, during the fastening of engaging support mechanism 30, will first be arranged column 32 be set in it is convex on display screen box body
On rising, i.e., the protrusion on display screen box body passes through the through-hole 11 on connecting plate 10 and is inserted into and is arranged in the overlap aperture 321 of column 32, so
Pulling on operating stick 20 again afterwards, to be arranged column 32 mobile towards the bottom surface of receiving hole 311, in this course, ball 33 with
Be arranged the movement of column 32 from diameter macropores section 3111 towards hole diameter section 3112 in move, ball 33 is by hole diameter
The withstanding effect of the inner wall of section 3112, so that ball 33 is towards moving in overlap aperture, until ball 33 is until be connected to aobvious
On the outer wall of the protrusion of display screen cabinet, so that the protrusion of display screen box body is stably fixed in overlap aperture 321, i.e. engaging support mechanism
Display screen box body is stablized abutting by 30 to be fastened on connecting plate 10；In the release process of engaging support mechanism 30, operating stick is first driven
20 drives are arranged column 32 and move backwards to the bottom surface of receiving hole 311, then will be arranged column 32 again and take from the protrusion of display screen box body
Open, in this course, ball 33 be arranged the movement of column 32 from hole diameter section 3112 towards diameter macropores section 3111 in
It is mobile, when ball 33 is located at diameter macropores section 3111, due to being arranged between column 32 and diameter macropores section 3111 there are gap,
Therefore, ball 33 towards overlap aperture 322 outer movement, ball 33 be no longer connected to display screen box body protrusion outer wall on, this
When, the protrusion on display screen box body will can be extracted from overlap aperture 321 easily, to realize connecting plate 10 and display screen case
The disassembly of body.30 structure of engaging support mechanism is simple, easy to operate, and can stablize display screen box body being fastened on connecting plate 10
On, so that the installation and removal operation between connecting plate and display screen box body is more simple.
Further, the clamping groove along protrusion circumferentially extending is offered on the outer wall of the protrusion of display screen box body, detained
During closing the fastening of mechanism 30, ball 33 is connected in clamping groove, by opposite two wall surfaces of clamping groove in ball 33
Periphery position-limiting action so that display screen box body protrusion be more difficult to detach out of overlap aperture 321, increase button
Mechanism 30 is closed in the fastening intensity of display screen box body.
In the present embodiment, refering to shown in Fig. 2, Fig. 3 and Fig. 5, the first end of the operating stick 20 is described equipped with being located at
The first yoke 21 and the second yoke 22 of lid two sides are installed, offers and is oppositely arranged respectively in the outside wall surface of the installation lid 31
First strip hole 312 and the second strip hole 313, and first strip hole 312 and second strip hole 313 are along described
The axis of receiving hole 311 extends；The both ends of the shaft 34 are arranged column 32, and the both ends difference of the shaft 34 described in wearing out
After being pierced by first strip hole 312 and second strip hole 313, and pitched respectively with first yoke 21 and described second
Arm 22 is hinged.
Specifically, ball 33 is first separately mounted in mounting hole 322, then will be arranged column by engaging support mechanism 30 in assembling
32 are installed in the receiving hole 311 of installation lid 31, then installation lid 31 are fixedly mounted on connecting plate 10 again, then by operating stick
The first yoke 21 and the second yoke 22 in 20 first end are individually positioned in installation 31 opposite sides portion of lid, finally by shaft
34 by operating stick 20, be arranged column 32 and installation lid 31 link together.Due to the first strip hole 312 and the second strip hole 313
Extend along the axis of receiving hole 311, so that shaft 34 is in the first strip hole 312 and the second strip hole 313 along receiving hole
311 axis is mobile so that can be driven by pull joystick 20 be arranged column 32 in receiving hole 311 along
The axis of receiving hole 311 is mobile, and here it is balls 33 between diameter macropores section 3111 and hole diameter section 3112 to backhaul
It is dynamic, it is also achieved that engaging support mechanism 30 is operated and unclamped to the fastening of display screen box body and operates, which utilizes shaft
34, the first strip hole 312 and the isostructural cooperation of the second strip hole 313, on the one hand realize operating stick 20, installation lid 31 and
The connection being arranged between column 32, the connection structure is simple, easy to assembly, so that total is more compact；On the other hand it utilizes
Shaft 34 is mobile to realize the shifting for being arranged column 32 in receiving hole 311 in the first strip hole 312 and the second strip hole 313
Dynamic, so that the fastening of engaging support mechanism 30 and release operation are achieved, the smart structural design is practical.
Further, the first rotation hole 211 and the second rotation hole are respectively equipped on the first yoke 21 and the second yoke 22
221, the outer wall for being arranged column is equipped with the first perforating 323 being oppositely arranged and the second perforating (not shown), in engaging support mechanism
When assembling, one end of shaft 34 is from the first rotation hole 211 on the first yoke 21,312 and of the first strip hole on installation lid 31
The first perforating 323 being arranged on column 32 successively penetrates, and then runs through overlap aperture 321, finally wears from second be arranged on column 32
The second rotation hole 221 on the second strip hole 313 and the second yoke 22 in apertured, installation lid 31 is successively pierced by, so that peace
Capping 31 is arranged column 32 and operating stick 20 and is steadily linked together by shaft 34, and ensure that engaging support mechanism 30 moves can
By property.
Further, engaging support mechanism 30 further includes fixing screws 36, and fixed groove 341 is offered on the outer wall of shaft 34,
Threaded hole is offered on the bottom surface of overlap aperture 321, fixing screws 36 are threadedly connected in threaded hole, and the end of fixing screws 36
It is connected in fixed groove 341.Fixing screws 36 screw in threaded hole from the outer end face for being arranged column 32 up to fixing screws 36
End is connected in fixed groove 341, is acted on by the end of fixing screws 36 and the clamping of fixed groove 341, so that shaft
34 can not be moved along the axis direction of shaft 34, realize the axially position of shaft 34, avoid being arranged column 32, installation
The case where lid 31 and operating stick 20 fall off from shaft 34 so that be arranged column 32, installation lid 31 and operating stick 20 it
Between connection it is more stable reliable.
In the present embodiment, refering to shown in Fig. 2, Fig. 4 and Fig. 5, first yoke 21, which is equipped with, successively bends connected the
One flat face 212 and the first arcwall face 213, first arcwall face 213 are arranged close to the connecting plate 10, and described first is straight
Face 212 and the second end end face of the operating stick 20 are oppositely arranged, the vertex of first arcwall face 213 to 34 axis of shaft
The distance of line is greater than the distance that first flat face 212 arrives 34 axis of shaft；Second yoke 22 is equipped with successively
Bending connected the second flat face 222 and the second arcwall face 223, second flat face 222 and the second of the operating stick 20
End end face is oppositely arranged, and it is straight that the distance of vertex to 34 axis of shaft of second arcwall face 223 is greater than described second
The distance of 34 axis of shaft is arrived in face 222；The distance of first flat face 212 to 34 axis of shaft is equal to described the
Two flat faces 222 arrive the distance of 34 axis of shaft, the vertex of first arcwall face 213 to 34 axis of shaft
Distance is equal to the vertex of second arcwall face 223 to the distance of 34 axis of shaft.
Specifically, the position for the axis for being parallel to receiving hole 311 in the length direction of operating stick 20 turns to operating stick 20
Length direction and receiving hole 311 axis perpendicular position during, the first flat face 212 and second of operating stick 20 is flat
It faces 222 directly and is connected to the first arcwall face 213 for being gradually converted into operating stick 20 on connecting plate 10 and the second arcwall face 223 abutting
Until the vertex of the first arcwall face 213 and the vertex of the second arcwall face 223 of operating stick 20 are connected to connection on connecting plate 10
On plate 10, therefore, in the rotation process of operating stick 20, operating stick 20 drives shaft 34 long in the first strip hole 312 and second
It is moved in hole 313, column 32 is arranged along the axial-movement of receiving hole 311 to drive, so that being arranged on column 32
Ball 33 clamps the protrusion of display screen box body, and which achieves the operations of the fastening of engaging support mechanism 30；Conversely, by the length of operating stick 20
The length direction that the axis intersection location of degree direction and receiving hole 311 turns to operating stick 20 is parallel to 311 axis position of receiving hole
During setting, the drive of shaft 34 is arranged column 32 along the axis counter motion of receiving hole 311, so that being arranged on column 32
Ball 33 unclamps the protrusion of display screen box body, and which achieves the release of engaging support mechanism 30 operations, and the setting of the structure is so that only
Operating stick 20, which need to be rotated, can be realized as the fastening operation of engaging support mechanism 30 and unclamps operation, and operation is simple and reliable.
Further, the first yoke 21 is equipped with and successively bends connected the first flat face 212 and the first arcwall face 213,
First flat face 212 can steadily abut connecting plate 10 together, and operating stick 20 is avoided exceedingly to rotate, to play protection
The purpose of operating stick 20.The setting of first arcwall face 213 is so that the rotation of operating stick 20 is more smoothly.
Further, the second yoke 22 is equipped with and successively bends connected the second flat face 222 and the second arcwall face
223, the second flat face 222 can steadily abut connecting plate 10 together, avoid operating stick 20 from exceedingly rotating, to play
Protect the purpose of operating stick 20.The setting of second arcwall face 223 is so that the rotation of operating stick 20 is more smoothly.
Further, the distance of first the 212 to the first rotation hole of flat face, 211 axis is equal to the second flat face 222 to the
The distance of the distance of two rotation holes, 221 axis, vertex to 211 axis of the first rotation hole of the first arcwall face 213 is equal to the second arc
The vertex in shape face 223 to 221 axis of the second rotation hole distance, when the first flat face 212 is connected on connecting plate 10, second
Flat face 222 is also connected on connecting plate 10, so that the first yoke 21 and the second yoke 22 in operating stick 20 are connected
The support of plate 10, so that the support of operating stick 20 is more stable；When the vertex of the first arcwall face 213 is connected to connecting plate 10
When upper, the vertex of the second arcwall face 223 is also connected on connecting plate 10, so that the first yoke 21 and second in operating stick 20
Support of the yoke 22 by connecting plate 10, so that the fixation of operating stick 20 is more stable.
Further, refering to shown in Fig. 2, Fig. 4 and Fig. 6, the bottom surface of operating stick 20 is equipped with retention bead 23, in the machine of fastening
The end face of retention bead 23 and the side of connecting plate 10 abut against when structure 30 fastens on display screen box body, and the end of retention bead 23
The vertex in face, the vertex of the second arcwall face 223 and the first arcwall face 213 is respectively positioned in same plane.
Specifically, when engaging support mechanism 30 is fastened in the protrusion of display screen box body, 23 end of retention bead of operating stick 20
The vertex in face, the vertex of the first arcwall face 213 and the second arcwall face 223 is connected on connecting plate 10, so that operating stick 20
Stable support is obtained, the protrusion for causing engaging support mechanism 30 to unclamp on display screen box body that continues to rotate of operating stick 20, limit are prevented
The setting of position protrusion 23 enables engaging support mechanism 30 to be fastened in the protrusion of display screen box body more stablely, so that adjacent
Display screen box body can be stitched together securely.
Further, the engaging support mechanism 30 further includes the first elastic component 35, the both ends difference of first elastic component 35
It is connected to described be arranged on the end face of column 32 and the bottom surface of the receiving hole 311.
Specifically, during engaging support mechanism 30 is fastened on the protrusion of display screen box body, i.e. the rotation of operating stick 20 drives
It is arranged column 32 to move towards the bottom of receiving hole 311, the first elastic component 35 is compressed；When engaging support mechanism 30 needs to unclamp display screen
When the protrusion of cabinet, the first elastic component 35 can will be arranged column 32 automatically and eject backwards to the bottom of receiving hole 311, so that operating stick 20
It automatically resets, the operation of engaging support mechanism 30 is more laborsaving simple.
In the present embodiment, refering to shown in Fig. 2, Fig. 3 and Fig. 4, the latching device 40 includes snap close piece 41 and fixed plate
42, the snap close piece 41 includes glissile segment 411 and the lock section 413 mutually latched with the display screen box body, the lock section 413
It is connected with the end of the glissile segment 411, the glissile segment 411 and the lock section 413 are perpendicular, the operating stick 20
The sliding groove 24 extended along 20 axis direction of operating stick is offered on side, the glissile segment 411 of the snap close piece 41 slides
It is connected in the sliding groove 24, the fixed plate 42 is fixedly installed in the opening of the sliding groove 24 and covers the cunning
The opening of dynamic slot 24, the lock section 413 extend towards the connecting plate 10.
Specifically, the glissile segment 411 of snap close piece 41 is first installed on cunning in assembling by the latching device 40 of the present embodiment
It in dynamic slot 24, is then fixedly mounted in operating stick 20 by fixed plate 42, avoids the glissile segment 411 of snap close piece 41 to sliding
It is dropped out in dynamic slot 24, the glissile segment 411 of snap close piece 41 can be slided steadily in sliding groove 24, due to the lock section of snap close piece 41
413 are mutually perpendicular to the glissile segment 411 of snap close piece 41, and latch section 413 and stretch out outside sliding groove 24, and lock section 413 can be with
Glissile segment 411 is mobile towards engaging support mechanism 30 or backwards to engaging support mechanism 30；When engaging support mechanism 30 is fastened on display screen box body
When in protrusion, lock section 413 passes through connecting plate 10 and locks together with display screen box body, this is just solid by the both ends of operating stick 20
Dingan County is on connecting plate 10, so that the connection of connecting plate 10 and display screen box body is more stable reliable；Work as engaging support mechanism
30 when needing to unclamp in the protrusion of display screen box body, it is only necessary to mobile glissile segment 411, contact lock section 413 and display screen box body
Lock state, and then rotate operating stick 20 make engaging support mechanism 30 unclamp display screen box body on protrusion, by display screen box body
It is separated with connecting plate 10；40 structure of latching device is simple, can guarantee that engaging support mechanism 30 is fastened on display screen securely
The release operation of its engaging support mechanism 30 is also simple while on cabinet.
Further, third perforating is offered on connecting plate 10, the end of lock section 413 is protruded into third perforating,
Display screen box body position corresponding with third perforating, which is equipped with, fastens column, and the fastening column protrudes into third perforating, and latches
On the end lock and fastening column of section 413, to lock section 413 is fixed in third perforating, so that operating stick 20
Second end be connected with display screen box body.
Further, the side for latching the end of section 413 is equipped with lock projections 4121, fastens column and is equipped with lock
Hole, lock projections 4121 are fastened in bonnet lock hole, alternatively, fastening column is equipped with lock projections 4121, latch the end of section 413
Side is equipped with bonnet lock hole, and lock projections 4121 are fastened in bonnet lock hole, by the cooperation of lock projections 4121 and bonnet lock hole, from
And the second end of operating stick 20 is fixedly mounted on display screen box body, connecting plate 10 is stablized and is fastened on display screen case
On body, meanwhile, when needing to rotate operating stick 20, it is only necessary to push the glissile segment 411 of snap close piece 41 to slide in sliding recess,
So that the fore shaft protrusion in lock section 413 is detached from bonnet lock hole, by the second end of operating stick 20 and display screen box body point
It leaves and, moved in order to facilitate operation operating stick 20 to control engaging support mechanism 30.
In the present embodiment, refering to shown in Fig. 2, Fig. 3 and Fig. 4, offered on the end face of the second end of the operating stick 20 with
The handle hole (not shown) that the sliding groove 24 communicates, the glissile segment 411 are equipped with close to the end face of the lock section 413 and press
Dynamic protrusion 4111, the protrusion 4111 of pressing are arranged in the handle hole.
Specifically, protrusion 4111 is pressed on glissile segment 411 by pressing, to drive glissile segment 411 in the sliding
Sliding in groove, to control lock and the separation of lock section 413, the setting for pressing protrusion 4111 facilitates the operation of personnel, together
When press protrusion 4111 be located at handle hole in, on the one hand press protrusion 4111 it is exposed, convenient for operation；On the other hand, handle hole
Play the role of guiding, glissile segment 411 is stablized and is slided in sliding recess.
Further, latching device 40 includes the second elastic component 43, and the both ends of the second elastic component 43 are connected to sliding respectively
On the inner wall and glissile segment 411 of slot 24, under the elastic reaction of the second elastic component 43, the glissile segment 411 of snap close piece 41 can
Stabilization is connected in sliding recess, and can push the stabilization of lock projections 4121 for latching section 413 in bonnet lock hole to, so that operation
The second end of bar 20 can be stably fixed on display screen box body, also, need to only the end for latching section 413 be inserted into handle hole
Interior, the lock projections 4121 for latching section 413 automatic locking can operate under the promotion of the second elastic component 43 in handle hole
It is simple and reliable.
Further, retention bead 23 is equipped with the abutting communicated with sliding recess backwards to the side of the second end of operating parts
Slot 25, under the action of the elastic force of the second elastic component 43, so that the side of lock section 413 is connected to the bottom surface for abutting slot 25
On, and the end for latching section 413 is extended outside abutting slot 25, is connected in order to latch with display screen box body, and the bottom of slot 25 is abutted
Play the role of positioning in face of snap close piece 41, avoids the glissile segment 411 of snap close piece 41 in the work of the elastic force of the second elastic component 43
Under, sliding recess is detached, simultaneously as the lock section 413 of snap close piece 41 protrudes out outside sliding recess, retention bead 23
The lock section 413 for playing the role of protecting snap close piece 41, avoids external component from directly touching the lock for damaging exposed snap close piece 41
Detain section 413.
Preferably, the first elastic component 35 and the second elastic component 43 are spring.
In the present embodiment, refering to shown in Fig. 9 and Figure 10, adjusting screw 18, the adjustment are connected on the connecting plate 10
The end of screw 18 is arranged towards the connecting plate 10 close to the side of the display screen box body, and for adjusting the connecting plate
The distance between 10 and the display screen box body.
Specifically, when connecting plate 10 is fixed on the side of display screen box body, the end abutment of adjusting screw 18 is being shown
Shield on cabinet, by rotating adjusting screw 18, the end driving display screen cabinet of adjusting screw 18 is close or far from connecting plate
10 is mobile, to realize the adjustment of the distance between display screen box body and connecting plate 10, it is ensured that entire mosaic display screen has
Good flatness improves the display effect of mosaic display screen.
In the present embodiment, refering to fig. 1, shown in Fig. 7 and Fig. 8, the connecting plate 10 includes being fastened on adjacent display respectively
Shield the interconnecting piece 12 on cabinet, be equipped on each interconnecting piece 12 engaging support mechanism 30, the latching device 40 and
The operating stick 20；Be respectively equipped on the interconnecting piece 12 of adjacent two the grafting arm 13 being mutually inserted and holding arm 14 and
For the retaining mechanism 15 of relatively fixed the grafting arm 13 and the holding arm 14, the end face of the holding arm 14 is equipped with arc
Shape spliced eye 141, the grafting arm 13 extend in arc-shaped and towards the holding arm 14, and the grafting arm 13 is plugged in described
The angle of two adjacent interconnecting pieces 12 is adjusted in arc spliced eye 141 and in sliding in the arc spliced eye 141.
Specifically, the interconnecting piece 12 on connecting plate 10 is first passed through operation behaviour by the splicing apparatus of the utility model embodiment
Make bar 20 to be fastened on engaging support mechanism 30 in the protrusion of corresponding display screen box body, grafting arm 13 is then inserted into holding arm 14 again
On arc spliced eye 141 in, then grafting arm 13 is locked in arc spliced eye 141 by retaining mechanism 15, so that even
Adjacent interconnecting piece 12 is fixedly connected on fishplate bar 10, so that two adjacent display screen box bodies are stitched together；Due to inserting
Arm 13 is connect in arc-shaped and the also arc-shaped setting of arc spliced eye 141, is slided in arc spliced eye 141 by grafting arm 13,
The angle between two adjacent interconnecting pieces 12 can be changed, to change the splicing folder between two adjacent display screen box bodies
Angle, when the splicing angular adjustment of two adjacent display screen box bodies is good and then by grafting arm 13 and is held using retaining mechanism 15
Connecing 14 fixation of arm can be stitched together at a particular angle two adjacent display screen box bodies, and it is aobvious to realize adjacent two
Splice the adjusting of angle between display screen cabinet.
Further, retaining mechanism 15 includes lock-screw 151, and the surface of holding arm 14 is equipped with and arc spliced eye
141 locking holes 142 communicated, lock-screw 151 is threadedly connected in locking hole 142, and the end of lock-screw 151 extends to
In locking hole 142, several positioning grooves 131 that 13 surface of grafting arm offers, several positioning grooves 131 are along grafting arm
Successively uniform intervals are arranged 13 extending direction, when needing to lock holding arm 14 and grafting arm 13, it is only necessary to tighten locking screw
Nail 151 passes through positioning groove 131 and lock-screw 151 so that the end abutment of lock-screw 151 is in positioning groove 131
Mating reaction, so that grafting arm 13 is fixed in arc spliced eye 141, to realize two adjacent display screen box bodies with specific
Angle be stitched together.
Further, connecting plate 10 include two interconnecting pieces 12, and on each interconnecting piece 12 be arranged an engaging support mechanism 30,
One operating stick 20 and a retaining mechanism 15, allowing for two interconnecting pieces 12 in this way, to be merely able to fasten adjacent two respectively aobvious
The splicing between two adjacent display screen box bodies is realized on display screen cabinet.
Further, connecting plate 10 include two interconnecting pieces 12, and on each interconnecting piece 12 be arranged two engaging support mechanisms 30,
Four display screen box bodies are stitched together when in use, connecting plate 10 are detained by two operating sticks 20 and two retaining mechanisms 15
Conjunction fastens two adjacent display screen box bodies respectively at the splicing angle of four display screen box bodies, and on each interconnecting piece 12, so
Two interconnecting pieces 12 are stitched together by grafting arm 13, holding arm 14 and retaining mechanism 15 again afterwards, such a connection
Plate 10 can be realized as the splicing of four display screen box bodies, and structure is simple, easy to operate.
Further, connecting plate 10 is equipped with connecting rope 16 and connection buckle 17, one end and 10 phase of connecting plate of connecting rope 16
Even, the other end of connecting rope 16 is connected with lock, before display screen box body splicing, lock first can be fastened on display screen box body
On, avoid connecting plate 10 from falling from display screen box body during installation, meanwhile, display screen box body after the completion of splicing,
If there is the case where connecting plate 10 falls off from display screen box body, connecting rope 16 and connection buckle 17 can guarantee connecting plate 10 not
Ground can be fallen, prevents from damaging the personnel on ground.
In the present embodiment, refering to shown in Fig. 9 and Figure 10, the connecting plate 10 includes being fastened on adjacent display screen case respectively
Interconnecting piece 12 on body is equipped with the engaging support mechanism 30, the latching device 40 and described on each interconnecting piece 12
Operating stick 20；The grafting arm 13 and holding arm 14 being mutually inserted are respectively equipped on the interconnecting piece 12 of adjacent two；The spelling
Connection device further includes telescoping mechanism 50, and the holding arm 14 is fixedly installed on the corresponding interconnecting piece 12, the grafting arm
13 are slidably connected with the corresponding interconnecting piece 12, and the telescoping mechanism 50 is connected to the grafting arm 13 and the grafting arm
Between the interconnecting piece 12 corresponding to 13, and for driving the grafting arm 13 to slide on the corresponding interconnecting piece 12；
Alternatively, the grafting arm 13 is fixedly installed on the corresponding interconnecting piece 12, the holding arm 14 and the corresponding connection
Portion 12 is slidably connected, and the telescoping mechanism 50 is connected to the interconnecting piece corresponding to the holding arm 14 and the holding arm 14
Between 12, and for driving the holding arm 14 to slide on the corresponding interconnecting piece 12.
Specifically, the splicing apparatus of the utility model embodiment pulls grafting arm 13 by telescoping mechanism 50 or accepts
Arm 14 is slided along the surface of interconnecting piece 12, to change the gap between two adjacent interconnecting pieces 12, works as splicing
When device is mounted on adjacent display screen box body, by operating telescoping mechanism 50, to pull adjacent display screen box body phase
To movement, and then change gap between adjacent display screen；After adjacent display screen box body shape forms an angle, it can operate and stretch
Contracting mechanism 50 moves toward each other adjacent display screen, is tightly bonded together with the display screen box body for reaching adjacent, phase
It is seamless between adjacent display screen box body, so that entire mosaic display screen has good display effect.
Further, telescoping mechanism 50 includes fixed block 51 and double threaded screw 52, and fixed block 51 is solid by fastening screw 55
Determine on interconnecting piece 12, strip sliding eye 57 is offered on interconnecting piece 12, sliding screw 54 is connected on the bottom surface of grafting arm 13, and
Sliding screw 54 is arranged in strip sliding eye 57 and slides in strip sliding eye 57, and the both ends of double threaded screw 52 are equipped with phase
Anti- external screw thread, and the both ends of double threaded screw 52 are threadedly coupled with fixed block 51 and grafting arm 13 respectively, by rotating double end spiral shell
Bar 52, so that pulling grafting arm 13 close or far from fixed block 51, since fixed block 51 is fixedly connected on interconnecting piece 12
On, therefore, grafting arm 13 is moved in strip sliding eye 57, to drive two adjacent interconnecting pieces 12 close to each other and remote
From, and then reach the gap adjusted between adjacent display screen box body.
Closer, the middle part of double threaded screw 52 is equipped with swing handle 56, in order to which operator holds rotation double end
Screw rod 52.
Further, telescoping mechanism 50 further includes guide rod 53, and 53 one end of guide rod is fixedly mounted on grafting arm 13, leads
It is arranged in fixed block 51 to the other end of bar 53, when double threaded screw 52 pulls grafting arm 13 to move, due to leading for guide rod 53
To effect, so that grafting arm 13 is merely able to be moved along the axis of guide rod 53, two adjacent interconnecting pieces 12 can be put down
It is quietly close to each other.
In other embodiments, telescoping mechanism can also be the components such as gas spring, electric pushrod and cylinder, to drive
Grafting arm 13 or holding arm 14 are slided along the surface of interconnecting piece 12.
The utility model embodiment additionally provides a kind of mosaic display screen, including several mutual mosaic display screen casees
Body, is equipped with several above-mentioned splicing apparatus between two display screen box bodies mutually spliced, the splicing apparatus it is described
Engaging support mechanism 30 is fastened on respectively on two adjacent display screen box bodies.
Specifically, the mosaic display screen of the utility model embodiment, due to having used above-mentioned splicing apparatus, so that display
The splicing for shielding cabinet is simple, can mount and dismount repeatedly, does not also cause to splice under precision because dismounting increasing for number
Drop, and the display screen box body that will mutually splice can be facilitated to dismantle, while also can securely be fixedly installed in connecting plate 10 aobvious
On display screen cabinet, so that adjacent display screen box body is more reliably stitched together.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of splicing apparatus, for adjacent display screen box body to be stitched together, it is characterised in that: the splicing apparatus packet
Include connecting plate, operating stick and several engaging support mechanisms for being used to be interlocked with the display screen box body, each engaging support mechanism peace
Loaded on the connecting plate on the side of the display screen box body, the first end of the operating stick is installed on the engaging support mechanism
On with for controlling engaging support mechanism movement, the second end of the operating stick is equipped with for that will be fastened on the display screen case
The latching device that the engaging support mechanism on body is mutually latched with the display screen box body.
2. splicing apparatus according to claim 1, it is characterised in that: the engaging support mechanism include installation lid, be arranged column and
Shaft, the bottom of the installation lid are equipped with receiving hole, and the connecting plate is equipped with through-hole, and the installation lid is fixedly installed in described
On connecting plate, the bottom for being arranged column is equipped with the overlap aperture for connecting with the display screen box body, and the column that is arranged is located at
In the receiving hole, and the through-hole is communicated with the overlap aperture, and the column that is arranged is cut with scissors by the shaft and the operating stick
It connects.
3. splicing apparatus according to claim 2, it is characterised in that: the receiving hole includes diameter macropores section and described big
The hole diameter section that bore dia section communicates, the diameter macropores section are arranged close to the opening of the receiving hole, and described state is arranged column
Side be equipped with several mounting holes for communicating with the overlap aperture, be equipped with ball in each mounting hole, it is described to be arranged column edge
The ball is driven when the axial movement of the receiving hole between the diameter macropores section and the hole diameter section to backhaul
It is dynamic.
4. splicing apparatus according to claim 2, it is characterised in that: the first end of the operating stick is equipped with and is located at institute
The first yoke and the second yoke of installation lid two sides are stated, offers first be oppositely arranged respectively in the outside wall surface of the installation lid
Strip hole and the second strip hole, and first strip hole and second strip hole extend along the axis of the receiving hole；
The both ends of the shaft wear out it is described be arranged column, and the both ends of the shaft are pierced by first strip hole and described the respectively
It is after two strip holes and hinged with first yoke and second yoke respectively.
5. splicing apparatus according to claim 4, it is characterised in that: first yoke is equipped with what successively bending was connected
First flat face and the first arcwall face, first flat face and the second end end face of the operating stick are oppositely arranged, and described
The distance of the vertex of one arcwall face to the shaft axis is greater than first flat face to the distance of the shaft axis；
Second yoke is equipped with and successively bends connected the second flat face and the second arcwall face, second flat face and institute
The second end end face for stating operating stick is oppositely arranged, and the distance of vertex to the shaft axis of second arcwall face is greater than described
Distance of second flat face to the shaft axis；
First flat face to the shaft axis distance be equal to second flat face to the shaft axis distance,
The distance of the vertex of first arcwall face to the shaft axis is equal to the vertex of second arcwall face to the shaft axis
The distance of line.
6. described in any item splicing apparatus according to claim 1~5, it is characterised in that: the latching device includes snap close piece
And fixed plate, the snap close piece include glissile segment and the lock section mutually latched with the display screen box body, the lock section and institute
The end for stating glissile segment is connected, and the glissile segment and the lock section are perpendicular, offers edge on the side of the operating stick
The sliding groove that the operating stick axis direction extends, the glissile segment of the snap close piece is slidably connected in the sliding groove, described
Fixed plate is fixedly installed in the opening of the sliding groove and covers the opening of the sliding groove, and the lock section is described in
Connecting plate extends and is arranged on the connecting plate.
7. splicing apparatus according to claim 6, it is characterised in that: offered on the end face of the second end of the operating stick
The handle hole communicated with the sliding groove, the glissile segment is equipped with close to the end face of the lock section and presses protrusion, described to press
Dynamic protrusion is arranged in the handle hole.
8. described in any item splicing apparatus according to claim 1~5, it is characterised in that: be connected with adjustment on the connecting plate
The end of screw, the adjusting screw is arranged towards the connecting plate close to the side of the display screen box body, and for adjusting
The distance between the connecting plate and the display screen box body.
9. described in any item splicing apparatus according to claim 1~5, it is characterised in that: the connecting plate includes fastening respectively
Interconnecting piece on adjacent display screen box body is equipped with the engaging support mechanism, the latching device on each interconnecting piece
And the operating stick；
The grafting arm being mutually inserted and holding arm are respectively equipped on two adjacent interconnecting pieces and for fixing institute relatively
The retaining mechanism of grafting arm and the holding arm is stated, the end face of the holding arm is equipped with arc spliced eye, and the grafting arm is in
Arc-shaped and extend towards the holding arm, the grafting arm is plugged in the arc spliced eye and in the arc spliced eye
It is interior to slide to adjust the angle of two adjacent interconnecting pieces.
10. described in any item splicing apparatus according to claim 1~5, it is characterised in that: the connecting plate includes fastening respectively
Interconnecting piece on adjacent display screen box body is equipped with the engaging support mechanism, the latching device on each interconnecting piece
And the operating stick, the grafting arm and holding arm being mutually inserted are respectively equipped on two adjacent interconnecting pieces；
The splicing apparatus further includes telescoping mechanism, and the holding arm is fixedly installed on the corresponding interconnecting piece, described to insert
It connects arm to be slidably connected with the corresponding interconnecting piece, the fixing end of the telescoping mechanism is installed on institute corresponding to the grafting arm
It states on interconnecting piece；The telescoping mechanism is connected between the interconnecting piece corresponding to the grafting arm and the grafting arm, and
For driving the grafting arm to slide on the corresponding interconnecting piece；
Alternatively, the grafting arm is fixedly installed on the corresponding interconnecting piece, the holding arm and the corresponding interconnecting piece
It is slidably connected, the telescoping mechanism is connected between the interconnecting piece corresponding to the holding arm and the holding arm, is used in combination
It is slided on the corresponding interconnecting piece in the driving holding arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821554254.8U CN209278329U (en) | 2018-09-21 | 2018-09-21 | Splicing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821554254.8U CN209278329U (en) | 2018-09-21 | 2018-09-21 | Splicing apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN209278329U true CN209278329U (en) | 2019-08-20 |
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| CN201821554254.8U Active CN209278329U (en) | 2018-09-21 | 2018-09-21 | Splicing apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109114101A (en) * | 2018-09-21 | 2019-01-01 | 深圳市艾比森光电股份有限公司 | Splicing apparatus |
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2018
- 2018-09-21 CN CN201821554254.8U patent/CN209278329U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109114101A (en) * | 2018-09-21 | 2019-01-01 | 深圳市艾比森光电股份有限公司 | Splicing apparatus |
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