CN209130396U - A kind of Bidirectional slide display/panel bracket - Google Patents
A kind of Bidirectional slide display/panel bracket Download PDFInfo
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- CN209130396U CN209130396U CN201821452691.9U CN201821452691U CN209130396U CN 209130396 U CN209130396 U CN 209130396U CN 201821452691 U CN201821452691 U CN 201821452691U CN 209130396 U CN209130396 U CN 209130396U
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Abstract
The utility model discloses a kind of Bidirectional slide display/panel brackets, including bracket institution and base assembly, bracket institution includes support component, clamping component, the sliding block being placed between support component and clamping component, clamping component is moved up and down by sliding block along support component, clamping component includes horizontally disposed card adapter plate component, the hinged swing arm unit with card adapter plate component center, swing arm unit is along hinged spot wobble, base assembly includes component and pedestal lower component on pedestal, component is attached on bracket institution and pedestal, it is provided between component and pedestal lower component on pedestal and slides laterally component and longitudinal sliding motion component, can stretch card adapter plate component according to the length of display screen and thickness, realize that lateral bi-directional expansion sliding and longitudinal one-way expansion are slided using component and longitudinal sliding motion component is slid laterally, and it ties Structure is simple, and load-bearing capacity is strong.
Description
Technical field
The utility model relates to field of stents, in particular to a kind of Bidirectional slide display/panel bracket.
Background technique
With the generally use of computer, so that the utilization to display screen is also increasing, wherein the design of pedestal is to aobvious
The effect of display screen bracket plays the role of vital.The most of support bases or branch of existing installation computer display screen
Support area does not have greatly sliding function still or has sliding function but support ground small, and load-bearing capacity is not all right.
The specification of Chinese utility model patent CN207179085U discloses a kind of Beidou display screen mounting seat peculiar to vessel,
Including display screen and support base, the back of display screen is connected with first rotating shaft, and first rotating shaft is mounted on one end of connecting rod, connecting rod
The other end connect the second shaft, fine tuning rotator is provided in first rotating shaft and the second shaft, the bottom of the second shaft is logical
It crosses fixed connection device to be connected in support base, location hole and transition hole portion, the bottom of support base is provided in support base
It is connected on Beidou display mounting plate peculiar to vessel.
But the base assembly bearing area of the utility model is big, load-bearing capacity is strong, but cannot laterally vertically move,
And stare at display screen will cause eye fatigue to eyes for a long time, deteriorated vision, and neck maintains a posture for a long time, not turn
It is dynamic to will cause cervical vertebra discomfort, it is what is more, mobile difficult when pedestal display screen biggish for weight.
The specification of Chinese utility model patent CN207018756U discloses a kind of pedestal of display/panel bracket, including bottom
Seat ontology, base body includes two pieces of fixed plates being oppositely arranged, and fixed postlaminar part opens up U-shaped hole, is set between two fixed plates
Tilt slide is set, tilt slide insertion U-shaped hole is simultaneously fixed by screw, opens up motor fixing hole in the middle part of fixed plate and lead screw is fixed
Straight sliding rail is fixedly installed in motor fixing hole two sides in hole.
But the support base of the base assembly frame bottom of the utility model is mainly by elongated cylindrical sliding rail branch
Support, bearing area very little, load-bearing capacity is inadequate, or even has the danger of fracture, is not suitable for the biggish display screen of weight.
Display/panel bracket plays support and effective protection to display screen, existing display screen branch for installing display screen
Frame can generally adjust display screen length direction and short transverse to clamp display screen, adapt to different sizes with this
The clamping brace demand of display screen, but adjusting bracket is unable to adapt to the clamping brace demand of different thickness of displays.
For example, the specification of Chinese utility model patent CN207407020U discloses a kind of display/panel bracket, including bottom
, fixed rotating seat is installed on the pedestal, device setting is shown by the first display frame being mutually socketed and second
The display screen mounting frame of panel framework composition is arranged by the first support column for being mutually socketed and the below display screen mounting frame
The support column of two support columns composition, and install between two the first support columns by the first connecting rod and second connecting rod that are mutually socketed
The connecting-rod body of composition passes through the phase between the first display frame and second display screen frame and first connecting rod and second connecting rod
The length adjustment, it can be achieved that display screen mounting frame is mutually shunk or stretched, the installation need for meeting various sizes of display screen are reached
It wants, by contraction or the stretching of the first support column and the second support column, it can be achieved that the height adjustment of display screen mounting frame.
But the adjustable display screen length direction of the display/panel bracket of the utility model and short transverse show to clamp
Screen, the clamping brace demand of the display screen of different sizes is adapted to this, but it is different aobvious to adapt to be unable to adjusting bracket
The clamping brace demand of display screen thickness.
Utility model content
The purpose of the utility model is to provide a kind of Bidirectional slide display/panel bracket, this bracket is not only adapted to difference
Display screen length, may also adapt to different height display screen, or even may also adapt to the clamping branch of the display screen of different-thickness
Support demand, pedestal load-bearing capacity is strong, is not only applicable to the display screen of different sizes and different weight, and structure is simple, can
The solid and reliable lateral vertical equity linear movement in ground.
To achieve the above object, the technical solution that the utility model is taken is as follows:
Technical solutions of the utility model are related to a kind of Bidirectional slide display/panel bracket, including bracket institution and base assembly,
The bracket institution includes support component, clamping component, the sliding block being placed between the support component and the clamping component, institute
It states clamping component and is moved up and down by the sliding block along the support component；
The base assembly includes component and pedestal lower component on pedestal, on the bracket institution and the pedestal component into
Row connects, and is provided between component and the pedestal lower component on the pedestal and slides laterally component and longitudinal sliding motion component；
Wherein, the longitudinal sliding motion component includes first longitudinal direction slide assemblies and second longitudinal direction slide assemblies, and fixed
The first lateral connection rail of the first longitudinal direction slide assemblies first end and the second longitudinal direction slide assemblies first end is connected, and
It is fixedly connected with the second lateral connection of the first longitudinal direction slide assemblies second end and the second longitudinal direction slide assemblies second end
Rail；
The component that slides laterally includes first sliding laterally component and second and sliding laterally component, is respectively arranged at described
The both ends of pedestal lower component upper surface longitudinal direction；
Component is flexibly connected with the longitudinal sliding motion component on the pedestal so that component can be described vertical on the pedestal
The longitudinal sliding motion on slide assemblies, the first lateral connection rail and the second lateral connection rail of the longitudinal sliding motion component
Component and described second can be slid laterally described first respectively to slide laterally and slid laterally on component；
The clamping component includes that horizontally disposed card adapter plate component and card adapter plate component center are cut with scissors
The swing arm unit connect, the swing arm unit is along hinged spot wobble.
Longitudinal sliding motion component and the quantity for sliding laterally component respectively have 2, and first longitudinal direction slide assemblies and second longitudinal direction are sliding
Dynamic component is located at the top of the first lateral connection rail and the second lateral connection rail, and the first lateral connection rail is fixedly connected with first longitudinal direction
Slide assemblies first end and second longitudinal direction slide assemblies first end, the second lateral connection rail are fixedly connected with first longitudinal direction slide assemblies
Second end and second longitudinal direction slide assemblies second end, it is in vertical distribution, and due to being provided with timbering machine on component 3 on pedestal
Structure 1 holds display screen on bracket institution 1, and the sliding of component drives the horizontal sliding of display screen on bracket institution 1 on pedestal,
To realize the lateral longitudinal sliding motion of display screen, solve the problem of that conventional base transverse direction longitudinal sliding motion function has a single function.
The card adapter plate component includes connecting plate, the first L-type plate, the second L-type plate, the first L-type card adapter plate, the second L-type card
Fishplate bar, the connecting plate is horizontally disposed along the direction vertical with the support component, and the sliding block is connected to the connecting plate
Center, the connecting plate is divided into symmetrical left connection board and right connection board, the first L type along center
Plate and the second L-type plate include mutually perpendicular long slab and short slab, and the left connection board and right connection board pass through in the horizontal direction
Sliding slot and screw element are separately connected the long slab of the first L-type plate, the second L-type plate, and the first L-type plate, the short slab of the second L-type plate are logical
It crosses sliding slot and screw element is separately connected the first L-type card adapter plate and the second L-type card adapter plate, the first L-type card adapter plate and the second L-type
Card adapter plate includes mutually perpendicular long-armed and galianconism.
Preferably, the length of the first L-type plate and the second L-type plate is arranged in along the length direction of the long slab for the sliding slot
Threaded hole is respectively set in the left connection board and right connection board in plate medium position, and the screw element sequentially passes through the sliding slot
The long slab of the connecting plate and the first L-type plate, the second L-type plate is fixedly connected with threaded hole；
It is provided with the sliding slot in the middle part of the short slab of the first L-type plate and the second L-type plate, the first L-type card adapter plate, the
Two L-type card adapter plates it is long-armed on threaded hole is respectively set, the screw element sequentially passes through the sliding slot and is fixedly connected with threaded hole
The first L-type plate and the first L-type card adapter plate, the second L-type plate and the second L-type card adapter plate；
Groove, the first L-type card adapter plate and the second L-type are set on the inside of the short slab of the first L-type plate and the second L-type plate
Raised line is arranged in the long-armed outside of card adapter plate, and the groove and raised line mutual cooperation are slidably connected, the first L-type clamping
Display screen is clamped on the inside of plate and the galianconism of the second L-type card adapter plate.
The swing arm unit includes the first swing arm, the second swing arm, and one end of first swing arm and second swing arm is
Hinged end, hinged end handover setting on the connecting plate and on the hinged spot wobble, the connecting plate accommodate institute
The connecting plate groove of the first swing arm and second swing arm is stated, arc groove is set on the groove, is arranged on the hinged end
With the spacing block set slided along the arc groove, the other end hinged support block of first swing arm and second swing arm,
The supporting block accepts the bottom of the display screen.The spacing block set can be in the arc groove slide inside, the arc
It is provided with downward chamfering at the top of connected in star, when so that the first swing arm, the second swing arm do not use, may be withdrawn into connection
It inside the connecting plate groove of plate and is stuck in connecting plate groove, acts the work for fixing the first swing arm, the horizontal retracted state of the second swing arm
With；When the first swing arm, the second swing arm are wanted in use, when the first swing arm, the second swing arm are rotated down, the first swing arm, second are put
Being arranged on the hinged end of arm can be from the top slide of arc groove to bottom with the spacing block set along arc groove sliding.
The support component includes shell and slide track component, and the slide track component is placed be placed in shell vertically, described
Slide track component includes internal rail, pearl slot and outer rail, the inner wall sliding contact of the internal rail and the pearl slot, so that internal rail can be relative to
Pearl slot makees lifting carriage, the inner wall sliding contact of the outer wall and the outer rail of the pearl slot, so that pearl slot can be made relative to outer rail
It is fixedly connected in lifting carriage, the outer rail and the shell, is provided with limit baffle, the length of the internal rail at the top of the outer rail
Degree is less than the length of the outer rail, and outer casing groove, the connection is arranged in the shell one side wall opposite with the connecting plate
The side of plate is fixedly connected with the one side of the sliding block, and the sliding block passes through the outer casing groove of the shell and the internal rail is consolidated
Fixed connection.
Component includes base upper cover, sheet metal component, sliding rail in sliding rail and second base in first base on the pedestal, described
Sheet metal component is connected in the groove of base upper cover, and sliding rail is connected to the metal plate in sliding rail and second base in the first base
In the grooves on two sides of part lower surface.
Preferably, the first longitudinal direction slide assemblies include first longitudinal direction sliding rail and first longitudinal direction pearl slot, and described second is vertical
It include second longitudinal direction sliding rail and second longitudinal direction pearl slot to slide assemblies, sliding rail point in sliding rail and second base in the first base
Not with the outer surface sliding contact of first longitudinal direction pearl slot and second longitudinal direction pearl slot so that sliding rail and the second bottom in the first base
Sliding rail can be respectively relative to first longitudinal direction pearl slot and second longitudinal direction pearl slot longitudinal sliding motion on seat, the first longitudinal direction sliding rail and described
The second longitudinal direction sliding rail inner surface sliding contact with the first longitudinal direction pearl slot and the second longitudinal direction pearl slot respectively, so that described
First longitudinal direction pearl slot and the second longitudinal direction pearl slot can be respectively relative to the first longitudinal direction sliding rail and the second longitudinal direction sliding rail
Longitudinal sliding motion, the first end of sliding rail is provided with sliding rail position limiting structure in sliding rail and the second base in the first base,
The second end of the first longitudinal direction sliding rail and second longitudinal direction sliding rail is provided with longitudinal slide rail position limiting structure, in first longitudinal direction pearl slot
Portion bends downward into longitudinal pearl geosynclinal concave slot.When in first base sliding rail to when second end longitudinal sliding motion, upper sliding rail position limiting structure with
Longitudinal slide rail position limiting structure mutually limits, and limiting sliding rail in first base prevents first base to second end continuation longitudinal sliding motion
Upper sliding rail is detached from away from the second end of first longitudinal direction sliding rail, and phase negative side of the sliding rail on first longitudinal direction sliding rail in first base
To sliding mainly limited by shut-down mechanism, prevent from being detached from away from opposite glide direction, similarly sliding rail in second base
It is such.
Described first, which slides laterally component, includes the first horizontal slide rail and the first lateral pearl slot, and described second slides laterally group
Part includes the second horizontal slide rail and the second lateral pearl slot, and the pedestal lower component includes pedestal lower cover, Gai Shangbiao under the pedestal
The both ends of face longitudinal direction are provided with base groove, and for placing the first horizontal slide rail and the second horizontal slide rail, described first is horizontal
It slides pearl slot outer surface to sliding rail and the second horizontal slide rail respectively with the described first lateral pearl slot and the second lateral pearl slot
Contact, so that the described first lateral pearl slot and the second lateral pearl slot can be lateral in first horizontal slide rail and second respectively
The pearl slot inner surface of sliding rail slides laterally, the two sides outer wall and institute of the first lateral connection rail and the second lateral connection rail
State the two sides pearl slot inner wall sliding contact of the first lateral pearl slot and the second lateral pearl slot, the first lateral connection rail and institute
The bottom for stating the second lateral connection rail is fixedly connected with the bottom of the first longitudinal direction sliding rail and the second longitudinal direction sliding rail respectively.
Lower cover groove, the described first lateral pearl slot and second is arranged in the both ends of the two side walls of the pedestal lower cover transversely
The width of lateral pearl slot is less than the width at the both ends of the lower cover groove, and the first lateral connection rail and described second laterally connect
The described first lateral pearl slot can be respectively relative to and the second lateral pearl slot slides laterally by integrating with.
Preferably, the lateral wall of the described first lateral pearl slot and the second lateral pearl slot is provided with pearl geosynclinal convex and rises, described
Pearl geosynclinal convex rises and horizontal slide rail sliding contact.Pearl geosynclinal convex, which rises, can prevent the first lateral pearl slot and the second lateral pearl slot respectively the bottom of from
Seat groove is detached from away, therefore prevents the first lateral pearl slot and the second lateral pearl slot directional transverse derailing.
Preferably, the setting of the both ends of the first lateral connection rail and the second lateral connection rail has connection rail limit
The bottom of structure, the described first lateral pearl slot and the second lateral pearl slot is upwardly formed pearl slot limiting section.When first cross
When to connection rail and the second lateral connection rail, a direction is slided thereto, first cross opposite along glide direction
The protrusion of the other end on pearl slot and the second lateral pearl slot limits the first lateral connection rail and described second respectively
Lateral connection rail continues to slide to the direction, and the first horizontal slide rail, the second horizontal slide rail, the first lateral pearl slot and second are horizontal
It is limited in the groove of pedestal lower component to pearl slot, to prevent the lateral connection rail from horizontal slide rail i.e. pedestal lower component
The both ends of groove are detached from away, and similarly, reverse slide limitation is also in this way, therefore preventing the lateral connection rail from horizontal slide rail
On two-way derailing.
Compared with the existing technology, the utility model achieves beneficial technical effect: the bracket institution of the utility model, can
To be moved up and down by the sliding block along the support component；The bracket institution of the utility model, can be according to display screen
Length is fixedly clamped the display screen of different length come the first L-type plate that stretches, the second L-type plate, then by screw element；The utility model
Bracket institution, the first L-type card adapter plate that can be stretched according to the thickness of display screen and the second L-type card adapter plate, then pass through
Screw element, which is fixedly clamped, clamps the display screen of different-thickness；The bracket institution of the utility model, it is recessed by the way that arc is arranged on groove
It is arranged on slot and hinged end and cooperates with the spacing block set along arc groove sliding, the withdrawal of swing arm and is rotated down branch
Support use state；The bracket institution of the utility model, it is hinged by supporting block, it is rotated to from swing arm in parallel retracted state
With the support use state of swing arm at an angle.
The metal plate material material load-bearing capacity of the utility model base assembly is strong, can be suitable for the display of different weight
Screen, and metal plate material material patience is strong, is able to extend the service life of pedestal；The sheet metal component of the utility model base assembly uses
Metal plate material, size molding are easy control；The utility model base assembly passes through longitudinal sliding motion component and slides laterally component
Vertical distribution, display screen can the solid and reliable lateral vertical equity linear movement in ground, longitudinal sliding motion can adjust display screen and eye
The distance of eyeball alleviates asthenopia, protects eyesight, and sliding laterally can promote the people for staring at display screen to rotate neck, active muscles
Meat；Component is provided with display/panel bracket, fixed display screen on bracket institution, display screen, bracket on the pedestal of the utility model
The weight of component all carries on the slide rail in mechanism and pedestal, is in face contact with sliding rail, and bearing area is big, and load-bearing capacity is strong, from
And improve the service life of base assembly；The base assembly of the utility model due to longitudinal sliding motion component and slides laterally component again
Quantity respectively have 2, be symmetric, therefore be able to maintain 2 sliding rails and move synchronously, and the matching relationship between component is simple
Reliably, the lateral vertical equity straight line in the solid and reliable ground of display screen being mounted on display screen installation gimballed base is enabled to move
It is dynamic, to realize the mobile difficult problem of the biggish display screen of weight.
Detailed description of the invention
The main view of Fig. 1 base assembly；
The rearview of Fig. 2 base assembly；
The perspective view of Fig. 3 base assembly；
The schematic diagram of base structure of Fig. 4 base assembly；
The explosive view of Fig. 5 pedestal；
Component moves laterally to the motion state schematic diagram of second end extreme position from closed state on Fig. 6 pedestal；
Component is in the motion state schematic diagram of closed state on Fig. 7 pedestal；
Component moves laterally to the motion state schematic diagram of first end extreme position from closed state on Fig. 8 pedestal；
Component moves laterally to first end extreme position from closed state while moving longitudinally to first end pole on Fig. 9 pedestal
The motion state schematic diagram of extreme position；
Component moves longitudinally to the motion state schematic diagram of second end extreme position from closed state on Figure 10 pedestal；
Component moves laterally to first end extreme position from closed state while moving longitudinally to second end on Figure 11 pedestal
Motion state schematic diagram；
The structural schematic diagram of sliding rail and longitudinal sliding motion component on Figure 12 pedestal；
Figure 13 lateral connection rail and the structural schematic diagram for sliding laterally component；
The main view of the use state of Figure 14 Bidirectional slide display/panel bracket；
The rearview of the use state of Figure 15 Bidirectional slide display/panel bracket；
The right view of the use state of Figure 16 Bidirectional slide display/panel bracket；
The perspective view of the clamping component of Figure 17 bracket institution；
The perspective view of the screw element of Figure 18 bracket institution；
The partial schematic diagram of the arc groove of Figure 19 bracket institution swing arm hinged end；
The partial schematic diagram of the spacing block set of Figure 20 bracket institution swing arm hinged end；
The hinged partial schematic diagram of the supporting block of Figure 21 bracket institution swing arm.
Appended drawing reference:
1 bracket institution；2 base assemblies；Component on 3 pedestals；301 base upper covers；302 sheet metal components；It is sliding in 401 first bases
Rail；4011 card columns；Sliding rail position limiting structure on 4012；Sliding rail in 402 second bases；501 first longitudinal direction slide assemblies；5011
One longitudinal slide rail；5012 first longitudinal direction pearl slots；5013 longitudinal slide rail position limiting structures；5014 longitudinal pearl geosynclinal concave slots；5015 longitudinal pearls
Slot；502 second longitudinal direction slide assemblies；5021 second longitudinal direction sliding rails；5022 second longitudinal direction pearl slots；601 first lateral connections
Rail；6011 connection rail position limiting structures；602 second lateral connection rails；701 first slide laterally component；7011 first is laterally sliding
Rail；7012 first lateral pearl slots；7013 pearl slot limiting sections；7014 pearl geosynclinal convexs rise；7015 ball grooves；702 second slide laterally
Component；7021 second horizontal slide rails；7022 second lateral pearl slots；8 pedestal lower components；801 fixed plates；802 pedestal lower covers；9 inhale
Pad；10 foots pad；11 brake assemblies；12 plastic covers；13 universal wheel components；14 connecting plates；1401 left connection boards；1402 right connections
Plate；1501 first L-type plates；1502 second L-type plates；1601 first L-type card adapter plates；1602 second L-type card adapter plates；17 swing arms；
1701 first swing arms；1702 second swing arms；18 supporting blocks；19 screw elements；20 sliding blocks；21 hinged ends；22 arc grooves；23 limits
Position convex block.
Specific embodiment
Specific embodiment of the present utility model is described further with reference to the accompanying drawing:
It should be noted that this specification institute attached drawing its structure, ratio, size etc. for being painted, are only used for cooperation specification
Revealed content, for be familiar with this field skilled worker understanding and reading, being not intended to limit the utility model can be real
Qualifications applied, therefore to not having a technical essential meaning, the modification of any structure, the change or big of proportionate relationship, direction
Small adjustment should all still be fallen in practical in the case where not influencing the effect of the utility model can be generated and the purpose that can reach
In the range of novel revealed technology contents are covered.Similarly, it is noted that, " first end ", " second are such as related in this specification
End " etc. is related to the term or content in direction, is each part normal use when facing from the point of view of display screen direction for attached drawing from operator
When substantially orientation, also include " one ", etc. terms, be all merely convenient for narration be illustrated, not for limit the utility model
Enforceable range, relativeness suitably be altered or modified, under no substantial technological content alteration, including it is various modification with
Change etc., when also should be regarded as the shielded enforceable range of the utility model.
As shown in Figure 1, the utility model provides a kind of Bidirectional slide display/panel bracket, including bracket institution 1 and pedestal group
Part 2, as shown in figure 5, base assembly 2 includes component 3 and pedestal lower component 8 on pedestal, on bracket institution 1 and pedestal component 3 into
Row connects, and is provided between component 3 and pedestal lower component 8 on pedestal and slides laterally component (701,702) and longitudinal sliding motion component
(501,502,601,602)；Wherein, longitudinal sliding motion component (501,502,601,602) includes 501 He of first longitudinal direction slide assemblies
Second longitudinal direction slide assemblies 502, and it is fixedly connected with 501 first end of first longitudinal direction slide assemblies and second longitudinal direction slide assemblies
First lateral connection rail 601 of 502 first ends is sliding with 501 second end of first longitudinal direction slide assemblies and second longitudinal direction is fixedly connected with
Second lateral connection rail 602 of dynamic 502 second end of component；It slides laterally component (701,702) and slides laterally component including first
701 and second slide laterally component 702, are respectively arranged at the both ends of 8 upper surface longitudinal direction of pedestal lower component；Component on pedestal
3 are flexibly connected with longitudinal sliding motion component (5,6) so that on pedestal component 3 can longitudinal sliding motion component (501,502,601,
602) the first lateral connection rail 601 and second of longitudinal sliding motion on, longitudinal sliding motion component (501,502,601,602) laterally connects
Integrating with 602 can slide laterally component 701 and second first respectively and slide laterally and slid laterally on component 702.
As shown in figure 5, component 3 includes sliding rail and the second bottom in base upper cover 301, sheet metal component 302, first base on pedestal
Sliding rail on seat, sheet metal component are connected in the groove of base upper cover, and sliding rail is connected to metal plate in sliding rail and second base in first base
In the grooves on two sides of golden part lower surface.Have the characteristics that intensity is high due to sheet metal component 302, can be applied to need load bearing stength
The biggish display screen of high size and weight can be improved the load bearing stength of base assembly, not easy to break, to extend pedestal group
The service life of part.Further, it can satisfy and base upper cover 301 and pedestal using sheet metal component as intermediate connecting component
A variety of connection requests such as welding, splicing or the molding of upper sliding rail (401,402), and the manufacturing cost of base assembly can be made to drop
It is low, simplify structure, improves production efficiency.
Longitudinal sliding motion component (501,502,601,602) and the quantity for sliding laterally component (701,702) respectively have 2, the
One longitudinal sliding motion component 501 and second longitudinal direction slide assemblies 502 are located at the first lateral connection rail 601 and the second lateral connection rail
602 top, the first lateral connection rail 601 are fixedly connected with 501 first end of first longitudinal direction slide assemblies and second longitudinal direction Slide Group
502 first end of part, the second lateral connection rail 602 are fixedly connected with 501 second end of first longitudinal direction slide assemblies and second longitudinal direction sliding
502 second end of component, is in vertical distribution, and due to being provided with bracket institution 1 on pedestal on component 3, clamps on bracket institution 1
Display screen, the sliding of component drives the horizontal sliding of display screen on bracket institution 1 on pedestal, to realize the transverse direction of display screen
Longitudinal sliding motion solves the problem of that conventional base has a single function without lateral longitudinal sliding motion function.
Second, which slides laterally the external of the side of component 702 and pedestal lower component 8, is arranged a shut-down mechanism, shut-down mechanism
Including brake assemblies 11, plastic cover 12 and universal wheel component 13, a through-hole, brake assemblies are set in the middle part of the bottom wall of plastic cover 12
11 include braking parts and spring, and setting accommodates the inner cavity of spring in braking parts, and the both ends setting size of braking parts is greater than through-hole
Lug, spring is arranged in the inner cavity of braking parts, and setting can accommodate the card hole at the top of braking parts on base upper cover 301, leads to
Hole two sides are provided with several cylindrical holes, are used for across and fix universal wheel component 13, and universal wheel component 13 is used for pedestal
Upper component 3 can be slided when sliding with left-right and front-back any direction.When the needs of component 3 slide laterally or when longitudinal sliding motion on pedestal,
Braking parts are pressed, will be risen in card hole at the top of braking parts by spring, slide shut-down mechanism and base upper cover 301 together
It is dynamic.
8 bottom of pedestal lower component is provided with suction pad 9, and the material of suction pad does not limit, for being fixed on ground for pedestal lower component 8
On face or desktop.
8 bottom of pedestal lower component further includes foot pad 10, and the material of pedestal does not limit, and rubber material is preferably used, for increasing
The frictional force of foot pad 10 and the base contact surface of pedestal lower component 8, such as ground, bottom plate or desktop, when for different weight and
Various sizes of display screen can increase the fixed function of foot pad 10 Yu base contact surface, prevent from moving.
As shown in figure 12, first longitudinal direction slide assemblies 501 and including first longitudinal direction sliding rail 5011 and first longitudinal direction pearl slot
5012, second longitudinal direction slide assemblies 502 include second longitudinal direction sliding rail 5021 and second longitudinal direction pearl slot 5022, sliding rail in first base
401 and second base on sliding rail 402 respectively with the outer surface of first longitudinal direction pearl slot 5012 and second longitudinal direction pearl slot 5022 sliding connect
Touching, so that sliding rail 402 can be respectively relative to first longitudinal direction pearl slot 5012 and second in sliding rail 401 and second base in first base
Longitudinal 5022 longitudinal sliding motion of pearl slot, first longitudinal direction sliding rail 5011 and second longitudinal direction sliding rail 5021 respectively with first longitudinal direction pearl slot 5012
With the inner surface sliding contact of second longitudinal direction pearl slot 5022 so that first longitudinal direction pearl slot 5012 and second longitudinal direction pearl slot 5022 can divide
Not relative to 5021 longitudinal sliding motion of first longitudinal direction sliding rail 5011 and second longitudinal direction sliding rail.
Further, the first end of sliding rail 401 is provided with sliding rail position limiting structure 4012 in first base, and first longitudinal direction is sliding
The second end of rail 5011 is provided with longitudinal slide rail position limiting structure 5013, and the middle part of first longitudinal direction pearl slot 5012 bends downward into vertical
To pearl geosynclinal concave slot 5014, when in first base sliding rail 401 to when second end longitudinal sliding motion, upper sliding rail position limiting structure 4012 with it is longitudinal
Sliding rail position limiting structure 5013 mutually limits, and limiting sliding rail 401 in first base prevents the first bottom to second end continuation longitudinal sliding motion
Sliding rail 401 is detached from away from the second end of first longitudinal direction sliding rail 5011 on seat, and sliding rail 401 is sliding in first longitudinal direction in first base
The sliding of opposite direction on rail 5011 is mainly limited by shut-down mechanism, prevents from being detached from away from opposite glide direction, similarly
Sliding rail 402 is also such in second base.
Further, upper sliding rail position limiting structure 4012 prevents first longitudinal direction pearl slot for limiting longitudinal pearl geosynclinal concave slot 5014
5012 are detached from away from upper 4012 one end of sliding rail position limiting structure, and longitudinal slide rail position limiting structure 5013 is for limiting longitudinal pearl geosynclinal concave
Slot 5014 prevents first longitudinal direction pearl slot 5012 to be detached from away from 5013 one end of longitudinal slide rail position limiting structure, and since upper sliding rail limits
Bit architecture 4012 and longitudinal pearl geosynclinal concave slot 5014 are in Relative distribution, just limit first longitudinal direction pearl slot 5012 relative to first
The longitudinal sliding motion of sliding rail 401 and first longitudinal direction sliding rail 5011 on pedestal prevents 5012 longitudinal sliding motion Shi Cong of first longitudinal direction pearl slot
The first end of one longitudinal slide rail 5011 and the second end of first longitudinal direction sliding rail 5011 are detached from away, similarly second longitudinal direction pearl slot 5022
It is also such.
The bit-stopping structure (4012,5013) of preferred the present embodiment can be by extreme bending and molding, can also be single
It is solely a part, such as stop tab, wherein its material can also be elastic material, such as: for rubber etc..
As shown in figure 12, the two sides side wall of first longitudinal direction pearl slot 5012 and second longitudinal direction pearl slot 5022 is provided with longitudinal pearl
Slot 5015, a card column is respectively set in the inner sidewall of the second end of sliding rail 402 in sliding rail 401 and second base in first base
4011, as shown in figure 12, card column 4011 can be detached from away in the outer masterpiece used time from longitudinal pearl slot 5015, without outer masterpiece
Used time is just connected in longitudinal pearl slot 5015, i.e., when in first base sliding rail 401 it is longitudinal relative to first longitudinal direction pearl slot 5012
When sliding, since 4011 edge angle of card column is in round and smooth arc angle, pass through the card column on sliding rail 401 in external force first base
4011 can be detached from away from longitudinal pearl slot 5015 on first longitudinal direction pearl slot 5012, when not using external force, card
Column 4011 is connected in longitudinal pearl slot 5015, so that sliding rail 401 is fixed in first base, prevents from derailing.Similarly the second bottom
Sliding rail 402 is also such on seat.
As shown in figure 13, first to slide laterally component 701 include the first horizontal slide rail 7011 and the first lateral pearl slot 7012,
Second, which slides laterally component 702, includes the second horizontal slide rail 7021 and the second lateral pearl slot 7022, as shown in figure 5, pedestal the following group
Part 8 includes pedestal lower cover 802, and the both ends of 802 upper surface longitudinal direction of pedestal lower cover are provided with base groove, for placing first
Horizontal slide rail 7011 and the second horizontal slide rail 7021, the first horizontal slide rail 7011 and the second horizontal slide rail 7021 are horizontal with first respectively
Pearl slot outer surface sliding contact to pearl slot 7012 and the second lateral pearl slot 7022, so that the first lateral pearl slot 7012 and second
Lateral pearl slot 7022 can slide laterally in the pearl slot inner surface of the first horizontal slide rail 7011 and the second horizontal slide rail 7021 respectively, the
The two sides outer wall and the first lateral pearl slot 7012 and the second lateral pearl slot of one lateral connection rail 601 and the second lateral connection rail 602
The bottom of 7022 two sides pearl slot inner wall sliding contact, the first lateral connection rail 601 and the second lateral connection rail 602 is respectively with
One longitudinal slide rail 701 is fixedly connected with the bottom of second longitudinal direction sliding rail 702, and the two of the two side walls of pedestal lower cover 802 transversely
The width of end setting lower cover groove, the first lateral pearl slot 7012 and the second lateral pearl slot 7022 is greater than the width at the both ends of lower cover groove
It is lateral that degree, the first lateral connection rail 601 and the second lateral connection rail 602 can be respectively relative to the first lateral pearl slot 7012 and second
The sliding of 7022 directional transverse of pearl slot.
Further, the lateral wall of the first lateral pearl slot 7012 and the second lateral pearl slot 7022 is respectively arranged with pearl geosynclinal convex and rises
7014, pearl geosynclinal convex rises and horizontal slide rail sliding contact.Since the first lateral pearl slot 7012 and the second lateral pearl slot 7022 can be distinguished
It is slid laterally in the pearl slot inner surface of the first horizontal slide rail 7011 and the second horizontal slide rail 7021, pearl geosynclinal convex plays 7014 and can prevent
First lateral pearl slot 7012 and the second lateral pearl slot 7022 are detached from away from base groove respectively, therefore prevent the first lateral pearl slot
7012 and the second lateral 7022 directional transverse derailing of pearl slot.
Further, the setting of the both ends of the first lateral connection rail 601 and the second lateral connection rail 602 has connection rail limit
The bottom of structure 6011, the first lateral pearl slot 7012 and the second lateral pearl slot 7022 is upwardly formed pearl slot limiting section 7013, due to
First lateral pearl slot 7012 and the second lateral pearl slot 7022 can be respectively in the first horizontal slide rails 7011 and the second horizontal slide rail 7021
Pearl slot inner surface slide laterally, the first lateral connection rail 601 and the second lateral connection rail 602 can be respectively relative to first laterally
Pearl slot 7012 and the second lateral 7022 directional transverse sliding of pearl slot, connection rail position limiting structure 6011 can limit pearl slot limiting section 7013,
When the first lateral connection rail 601 is slided to first end, the connection rail position limiting structure 6011 of the second end opposite along glide direction
It by pearl slot limiting section 7013, limits the first lateral connection rail 601 and continues to slide to first end, and be embodied from two above
Example is it is found that the first lateral connection rail 601 and the first lateral pearl slot 7012 are limited in base groove, to prevent the first transverse direction
Connection rail 601 is detached from away from lower cover groove, and similarly the reverse slide limitation of the second lateral connection rail 602 is also in this way, therefore
Prevent the directional transverse of the first lateral connection rail 601 and the second lateral connection rail 602 from derailing.
As shown in figure 12, the inside sidewalls of the inner surface of the first lateral pearl slot 7012 and the second lateral pearl slot 7022 are provided with
Accommodate the ball groove 7015 of ball.And ball groove 7015 both can fill ball or not fill ball.
Preferably, ball groove 7015 fills ball, can make the first lateral connection rail 601 and the second lateral connection rail 602
The force of sliding friction for being respectively relative to the first lateral pearl slot 7012 and the second lateral pearl slot 7022 reduces, so that the first lateral connection
The sliding of rail 601 and the opposite first lateral pearl slot 7012 of the second lateral connection rail 602 and the second lateral pearl slot 7022 is more smooth, makes
It is more synchronous to obtain the sliding of two wood side-guides, it is not easy to cause the case where getting stuck.
Working principle:
As shown in fig. 7, when sliding laterally component (701,702) and longitudinal direction between component 3 and pedestal lower component 8 on pedestal
It, will by the brake assemblies 11 by shut-down mechanism on component 3 on lower bottom base when slide assemblies (501,502,601,602) are closed
Component 3 is mutually locked with pedestal lower component 8 on the pedestal of base assembly 2, is closed with reaching longitudinal sliding motion component and sliding laterally component
Under conjunction state, component 3 is mutually locked with pedestal lower component 8 on pedestal purpose.
Closed state shown in Fig. 7 moves laterally to second end extreme position as shown in Figure 6, by pressing base upper cover
The spring of the brake assemblies 11 of shut-down mechanism on component 3,11 lower section of brake assemblies bounces, component 3 and pedestal the following group on pedestal
Locking between part 8 is unclamped.When component 3 is pulled out to second end on pedestal, pass through the first lateral connection rail 601 and second
Lateral connection rail 602 is respectively relative to the first horizontal slide rail 7011 and the second horizontal slide rail 7021 slides laterally to second end, band
Dynamic first lateral pearl slot 7012 and the second lateral pearl slot 7022 are respectively relative to the first lateral connection rail 601 and the second lateral connection
602 horizontal slide rail of rail slides laterally to first end simultaneously, when reaching the extreme position of second end, can limit pearl slot limiting section 7013
Resist the connection rail position limiting structure 6011 of first end, limit the first lateral connection rail 601 and the second lateral connection rail 602 into one
It walks and is slid laterally to second end.
First end extreme position as shown in Figure 8 is moved laterally to from second end extreme position shown in fig. 6, when from second end
Extreme position to Far Left extreme position when, the first lateral connection rail 601 and the second lateral connection rail 602 are respectively relative to
One horizontal slide rail 7011 and the second horizontal slide rail 7021 slide laterally to first end simultaneously, drive the first lateral pearl slot 7012 and the
Two lateral pearl slots 7022 are respectively relative to the first lateral connection rail 601 and the second lateral connection rail 602 simultaneously to second end transverse direction
Sliding can limit the connection rail position limiting structure that pearl slot limiting section 7013 resists second end when reaching the extreme position of first end
6011, limit further sliding laterally to first end for the first lateral connection rail 601 and the second lateral connection rail 602.
Second end extreme position as shown in Figure 9 is moved longitudinally to from first end extreme position as shown in Figure 8, in first base
Sliding rail 402 can be respectively relative to first longitudinal direction sliding rail 5011 on sliding rail 401 and second base and second longitudinal direction sliding rail 5021 is longitudinal
Sliding to the longitudinally projecting sliding of second end, drives first longitudinal direction pearl slot 5012 and second longitudinal direction pearl slot 5022 to be respectively relative to simultaneously
Sliding rail 402 to first end slides longitudinal sliding motion in sliding rail 401 and second base in first base, when the limit position for reaching second end
When setting, first end longitudinal slide rail position limiting structure 5013 resists longitudinal pearl geosynclinal concave slot 5014, and longitudinal pearl geosynclinal concave slot 5014 resists second
Sliding rail position limiting structure 4012 on end, limit in first base sliding rail 402 in sliding rail 401 and second base further to second end
Longitudinally projecting sliding.
First end extreme position shown in Fig. 7 is moved longitudinally to from first end extreme position as shown in Figure 9, in first base
Sliding rail 402 can be respectively relative to first longitudinal direction sliding rail 5011 on sliding rail 401 and second base and second longitudinal direction sliding rail 5021 is longitudinal
Sliding longitudinally retracts sliding, sliding rail 401 and the second bottom in longitudinal second end shut-down mechanism limitation first base to first end simultaneously
Sliding rail 402 further slides to first end on seat.
When work, realize that lateral bi-directional expansion slides using Telescopic sliding lateral connection rail (601,602), using can stretch
Sliding rail (401,402) realizes longitudinal one-way expansion sliding on contracting sliding bottom, passes through lateral connection rail (601,602) at this time, slides
The limitation of the linear bearing of sliding rail (401,402) guarantees that rail is slided in lateral bi-directional expansion sliding and longitudinal one-way expansion on dynamic pedestal
Mark is horizontal, and any rotary motion does not occur.
Component 3 is provided with bracket institution 1, fixed display screen on bracket institution 1, display screen, branch on the pedestal of this scheme
The weight of component 3 all carries on the slide rail on frame mechanism 1 and pedestal, is in face contact with sliding rail, bearing area is big, load-bearing capacity
By force, to improve the service life of base assembly.And due to longitudinal sliding motion component (501,502,601,602) and slide laterally group
The quantity of part (701,702) respectively has 2, is symmetric, therefore is able to maintain 2 sliding rails and moves synchronously, and between component
Matching relationship is simple and reliable, and the lateral vertical equity straight line in the solid and reliable ground of the display screen being mounted on bracket institution is moved
It is dynamic, to realize the mobile difficult problem of the biggish display screen of weight.
As shown in figure 14, bracket institution includes support component, clamping component, is placed between support component and clamping component
Sliding block 20, clamping component are moved up and down by sliding block 20 along support component；Clamping component includes horizontally disposed card
Fishplate bar component and the hinged swing arm unit in card adapter plate component center, swing arm unit is along hinged spot wobble.
As shown in figure 17, card adapter plate component includes connecting plate 14, the first L-type plate 1501, the second L-type plate 1502, the first L
Type card adapter plate 1601, the second L-type card adapter plate 1602, connecting plate 14 is horizontally disposed along the direction vertical with support component, and sliding block
20 are connected to the center of connecting plate 14, and connecting plate 14 is divided into symmetrical left connection board 1401 and the right side along center
Connecting plate 1402, the first L-type plate 1501 and the second L-type plate 1502 include mutually perpendicular long slab and short slab, left connection board
1401 and right connection board 1402 the first L-type plate 1501, the second L-type plate are separately connected by sliding slot and screw element 19 in the horizontal direction
1502 long slab allows the first L-type plate 1501 and the second L-type plate 1502 to be respectively relative to left connection board 1401 and right connection
The horizontal sliding of plate 1402, the first L-type plate 1501, the second L-type plate 1502 short slab be separately connected the by sliding slot and screw element 19
One L-type card adapter plate 1601 and the second L-type card adapter plate 1602, the first L-type card adapter plate 1601 and the second L-type card adapter plate 1602 include
Mutually perpendicular long-armed and galianconism.
Further, the long slab of the first L-type plate 1501 and the second L-type plate 1502 is arranged in along the length direction of long slab for sliding slot
Threaded hole is respectively set in medium position, left connection board 1401 and right connection board 1402, screw element 19 sequentially passes through sliding slot and spiral shell
Pit is fixedly connected with the long slab of connecting plate 14 and the first L-type plate 1501, the second L-type plate 1502；
It is provided with sliding slot in the middle part of the short slab of first L-type plate 1501 and the second L-type plate 1502, the first L-type card adapter plate 1601, the
Two L-type card adapter plates 1602 it is long-armed on threaded hole is respectively set, screw element sequentially passes through sliding slot and is fixedly connected with the first L with threaded hole
Template 1501 and the first L-type card adapter plate 1601, the second L-type plate 1502 and the second L-type card adapter plate 1602；
Groove is set on the inside of the short slab of the first L-type plate 1501 and the second L-type plate 1502, the first L-type card adapter plate 1601 and the
Raised line is arranged in the long-armed outside of two L-type card adapter plates 1602, and groove and raised line mutual cooperation are slidably connected, the first L-type card adapter plate
1601 and second L-type card adapter plate 1602 galianconism on the inside of clamp display screen.
Further, as shown in figure 18, screw element 19 includes nut and threaded body, and the diameter of threaded body is less than nut
Diameter, the screw thread external surface of screw element 19 have screw thread, and cylindric nut upper surface is provided with diametric " one " wordline
The both ends of nut groove, cylindric nut side wall and nut texturearunaperpendicular direction are provided with semicircle shape pull ring, when pull ring be screwed to
Nut upper surface in vertical state when so that the first L-type plate 1501 and the second L-type plate 1502,1601 and of the first L-type card adapter plate
Second L-type card adapter plate 1602 horizontal can be slided, thus flexible first L-type plate 1501 and the 2nd L according to the length of display screen
Template 1502 according to the first L-type of the thickness expansion card adapter plate 1601 and the second L-type card adapter plate 1602 of display screen, and works as pull ring
It is screwed to when being in a horizontal state with nut upper surface, fixed function can be played, therefore the display screen of different length thickness can be clamped.
In addition to this, can also be contacted by straight screwdriver with " one " wordline nut groove inner surface of 19 upper surface of screw element come
The mode of the threaded body of screw element 19 is tightened to play fixed function.
As shown in figure 14, swing arm unit includes the first swing arm 1701, the second swing arm 1702, and the first swing arm 1701 and second is put
One end of arm 1702 is hinged end 21, and hinged end 21 is hinged on connecting plate and is arranged on hinged spot wobble, connecting plate and accommodates
As shown in figure 19 arc groove 22 is arranged, such as Figure 20 in the connecting plate groove of first swing arm 1701 and the second swing arm 1702 on groove
It is shown, the spacing block set 23 slided with arcuately groove 22 is set on hinged end 21, allows spacing block set in arc groove
22 slide insides, the top of arc groove 22 are provided with downward chamfering, so that the first swing arm 1701, the second swing arm 1702 do not make
With when, can be stuck in swing arm in connecting plate groove, rise and fix that the first swing arm 1701, the second swing arm 1702 is horizontal withdraws shape
The effect of state；When the first swing arm 1701, the second swing arm 1702 are wanted in use, downwards by the first swing arm 1701, the second swing arm 1702
When rotation, the first swing arm 1701, the second swing arm 1702 hinged end 21 on the spacing block set that is slided with arcuately groove 22 of setting
23 can be from the top slide of arc groove 22 to bottom.As shown in figure 21, the first swing arm 1701 and the second swing arm 1702 is another
One end hinged support block 18 rotates supporting block 18 from support rod 18 in parallel retracted state by articulation piece
To the support use state with support rod 18 at an angle, the bottom of display screen is accepted.
Support component includes shell and slide track component, and slide track component is placed be placed in shell vertically, and slide track component includes
Internal rail, pearl slot and outer rail, the inner wall sliding contact of internal rail and pearl slot, so that internal rail can make lifting carriage, pearl slot relative to pearl slot
Outer wall and outer rail inner wall sliding contact it is fixed in outer rail and shell to connect so that pearl slot can make lifting carriage relative to outer rail
It connects, limit baffle is provided at the top of outer rail, the length of internal rail is less than the length of outer rail, the shell one side wall opposite with connecting plate 14
Upper setting outer casing groove, the side of connecting plate 14 are fixedly connected with the one side of sliding block 20, sliding block 20 pass through the outer casing groove of shell with
Internal rail is fixedly connected.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and is modified.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of utility model should also be as falling into the protection scope of the claims of the present utility model.In addition, although
It is used some specific terms in this specification, these terms are merely for convenience of description, not to the utility model structure
At any restrictions.
Claims (10)
1. a kind of Bidirectional slide display/panel bracket, which is characterized in that including bracket institution and base assembly, the bracket institution packet
Support component, clamping component, the sliding block being placed between the support component and the clamping component are included, the clamping component passes through
The sliding block is moved up and down along the support component；
The base assembly includes component and pedestal lower component on pedestal, and component is connected on the bracket institution and the pedestal
It connects, is provided between component and the pedestal lower component on the pedestal and slides laterally component and longitudinal sliding motion component；
Wherein, the longitudinal sliding motion component includes first longitudinal direction slide assemblies and second longitudinal direction slide assemblies, and is fixedly connected
First lateral connection rail of the first longitudinal direction slide assemblies first end and the second longitudinal direction slide assemblies first end, and it is fixed
The second lateral connection rail of the first longitudinal direction slide assemblies second end and the second longitudinal direction slide assemblies second end is connected,
The component that slides laterally includes first sliding laterally component and second and sliding laterally component, is respectively arranged at the pedestal
The both ends of lower component upper surface longitudinal direction；
Component is flexibly connected with the longitudinal sliding motion component on the pedestal so that component can be described longitudinal sliding on the pedestal
Longitudinal sliding motion on dynamic component, the first lateral connection rail of the longitudinal sliding motion component and the second lateral connection rail can divide
Component and described second is not slid laterally described first to slide laterally and slid laterally on component；
The clamping component includes that horizontally disposed card adapter plate component and card adapter plate component center are hinged
Swing arm unit, the swing arm unit is along hinged spot wobble.
2. a kind of Bidirectional slide display/panel bracket as described in claim 1, which is characterized in that the card adapter plate component includes connection
Plate, the first L-type plate, the second L-type plate, the first L-type card adapter plate, the second L-type card adapter plate, the connecting plate edge and the support component
Vertical direction is horizontally disposed, and the sliding block is connected to the center of the connecting plate, and the connecting plate is along center
It is divided into symmetrical left connection board and right connection board, the first L-type plate and the second L-type plate include mutually perpendicular long slab
And short slab, the left connection board and right connection board passes through sliding slot in the horizontal direction and screw element is separately connected the first L-type plate, second
The long slab of L-type plate, the first L-type plate, the second L-type plate short slab by sliding slot and screw element be separately connected the first L-type clamping
Plate and the second L-type card adapter plate, the first L-type card adapter plate and the second L-type card adapter plate include mutually perpendicular long-armed and galianconism.
3. a kind of Bidirectional slide display/panel bracket as claimed in claim 2, it is characterised in that: the sliding slot is along the long slab
Length direction is arranged in the long slab medium position of the first L-type plate and the second L-type plate, in the left connection board and right connection board
Threaded hole is respectively set, the screw element sequentially passes through the sliding slot and is fixedly connected with the connecting plate and the first L-type with threaded hole
The long slab of plate, the second L-type plate；
The sliding slot, the first L-type card adapter plate, the 2nd L are provided in the middle part of the short slab of the first L-type plate and the second L-type plate
Type card adapter plate it is long-armed on be respectively set threaded hole, the screw element sequentially pass through the sliding slot be fixedly connected with threaded hole it is described
First L-type plate and the first L-type card adapter plate, the second L-type plate and the second L-type card adapter plate；
Groove, the first L-type card adapter plate and the clamping of the second L-type are set on the inside of the short slab of the first L-type plate and the second L-type plate
Raised line is arranged in the long-armed outside of plate, and the groove and raised line mutual cooperation are slidably connected, the first L-type card adapter plate and
Display screen is clamped on the inside of the galianconism of second L-type card adapter plate.
4. a kind of Bidirectional slide display/panel bracket as claimed in claim 2, it is characterised in that: the swing arm unit includes first
One end of swing arm, the second swing arm, first swing arm and second swing arm is hinged end, and the hinged end handover is in the company
On fishplate bar and the connection for accommodating first swing arm and second swing arm is set on the hinged spot wobble, the connecting plate
Arc groove is arranged on the groove for plate groove, setting and the spacing block set along arc groove sliding on the hinged end,
The other end hinged support block of first swing arm and second swing arm, the supporting block accept the bottom of the display screen.
5. a kind of Bidirectional slide display/panel bracket as claimed in claim 2, it is characterised in that: the support component includes shell
And slide track component, the slide track component are placed be placed in shell vertically, the slide track component includes internal rail, pearl slot and outer rail,
The inner wall sliding contact of the internal rail and the pearl slot so that internal rail can make lifting carriage relative to pearl slot, the pearl slot it is outer
The inner wall sliding contact of wall and the outer rail, so that pearl slot can make lifting carriage, the outer rail and the shell relative to outer rail
It is inside fixedly connected, limit baffle is provided at the top of the outer rail, the length of the internal rail is less than the length of the outer rail, described outer
Outer casing groove is set in the shell one side wall opposite with the connecting plate, and the side of the connecting plate is fixedly connected with the one of the sliding block
Face, the outer casing groove that the sliding block passes through the shell are fixedly connected with the internal rail.
6. a kind of Bidirectional slide display/panel bracket as described in claim 1, it is characterised in that: component includes bottom on the pedestal
Seat upper cover, sheet metal component, sliding rail, the sheet metal component are connected to the groove of base upper cover in sliding rail and second base in first base
Interior, sliding rail is connected in the grooves on two sides of the sheet metal component lower surface in sliding rail and second base in the first base.
7. a kind of Bidirectional slide display/panel bracket as claimed in claim 6, it is characterised in that: the first longitudinal direction slide assemblies
Including first longitudinal direction sliding rail and first longitudinal direction pearl slot, the second longitudinal direction slide assemblies include second longitudinal direction sliding rail and second longitudinal direction
Pearl slot, the sliding rail appearance with first longitudinal direction pearl slot and second longitudinal direction pearl slot respectively in sliding rail and second base in the first base
Face sliding contact, so that sliding rail can be respectively relative to first longitudinal direction pearl slot and in sliding rail and second base in the first base
Two longitudinal pearl slot longitudinal sliding motions, the first longitudinal direction sliding rail and the second longitudinal direction sliding rail respectively with the first longitudinal direction pearl slot and
The inner surface sliding contact of the second longitudinal direction pearl slot, so that the first longitudinal direction pearl slot and the second longitudinal direction pearl slot can be distinguished
Relative to the first longitudinal direction sliding rail and the second longitudinal direction sliding rail longitudinal sliding motion, sliding rail and described second in the first base
The first end of sliding rail is provided with sliding rail position limiting structure, the second end of the first longitudinal direction sliding rail and second longitudinal direction sliding rail on pedestal
It is provided with longitudinal slide rail position limiting structure, longitudinal pearl geosynclinal concave slot is bent downward into the middle part of first longitudinal direction pearl slot.
8. a kind of Bidirectional slide display/panel bracket as claimed in claim 7, it is characterised in that: described first slides laterally component
Including the first horizontal slide rail and the first lateral pearl slot, described second, which slides laterally component, includes the second horizontal slide rail and the second transverse direction
Pearl slot, the pedestal lower component include pedestal lower cover, and it is recessed to be provided with pedestal for the both ends of cap upper surface longitudinal direction under the pedestal
Slot, for placing the first horizontal slide rail and the second horizontal slide rail, first horizontal slide rail and the second horizontal slide rail respectively with institute
The pearl slot outer surface sliding contact of the first lateral pearl slot and the second lateral pearl slot is stated, so that the described first lateral pearl slot and institute
Stating the second lateral pearl slot can slide laterally in the pearl slot inner surface of first horizontal slide rail and the second horizontal slide rail respectively, described
The two sides outer wall of first lateral connection rail and the second lateral connection rail respectively with the described first lateral pearl slot and described second
The bottom of the two sides pearl slot inner wall sliding contact of lateral pearl slot, the first lateral connection rail and the second lateral connection rail point
It is not fixedly connected with the bottom of the first longitudinal direction sliding rail and the second longitudinal direction sliding rail；
Lower cover groove is arranged in the both ends of the two side walls of the pedestal lower cover transversely, and the described first lateral pearl slot and second is laterally
The width of pearl slot is less than the width at the both ends of the lower cover groove, the first lateral connection rail and the second lateral connection rail
It can be respectively relative to the described first lateral pearl slot and the second lateral pearl slot slides laterally.
9. a kind of Bidirectional slide display/panel bracket as claimed in claim 8, it is characterised in that: the described first lateral pearl slot and institute
The lateral wall for stating the second lateral pearl slot is provided with pearl geosynclinal convex and rises, and the pearl geosynclinal convex rises and horizontal slide rail sliding contact.
10. a kind of Bidirectional slide display/panel bracket as claimed in claim 8, it is characterised in that: the first lateral connection rail
There are connection rail position limiting structure, the described first lateral pearl slot and second cross with what the both ends of the second lateral connection rail were arranged
Pearl slot limiting section is upwardly formed to the bottom of pearl slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821452691.9U CN209130396U (en) | 2018-09-05 | 2018-09-05 | A kind of Bidirectional slide display/panel bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821452691.9U CN209130396U (en) | 2018-09-05 | 2018-09-05 | A kind of Bidirectional slide display/panel bracket |
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| Publication Number | Publication Date |
|---|---|
| CN209130396U true CN209130396U (en) | 2019-07-19 |
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ID=67228713
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821452691.9U Active CN209130396U (en) | 2018-09-05 | 2018-09-05 | A kind of Bidirectional slide display/panel bracket |
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| Country | Link |
|---|---|
| CN (1) | CN209130396U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916569A (en) * | 2018-09-05 | 2018-11-30 | 东莞市中科冠腾科技股份有限公司 | A kind of Bidirectional slide display/panel bracket |
-
2018
- 2018-09-05 CN CN201821452691.9U patent/CN209130396U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916569A (en) * | 2018-09-05 | 2018-11-30 | 东莞市中科冠腾科技股份有限公司 | A kind of Bidirectional slide display/panel bracket |
| CN108916569B (en) * | 2018-09-05 | 2024-03-01 | 浙江中科冠腾科技股份有限公司 | Bidirectional sliding display screen bracket |
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| CP03 | Change of name, title or address |
Address after: 314100 No.6, Tianshan Road, Huimin street, Jiashan County, Jiaxing City, Zhejiang Province Patentee after: Zhejiang Zhongke guanteng Technology Co.,Ltd. Address before: 7 / F, Shijie Huake City Science Park, 183 Chonghuan Middle Road, Shijie Town, Dongguan City, Guangdong Province, 523290 Patentee before: DONGGUAN ZHONGKE GUANTENG TECHNOLOGY Co.,Ltd. |
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