CN208041481U - Release position-limit mechanism and display screen module - Google Patents
Release position-limit mechanism and display screen module Download PDFInfo
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- CN208041481U CN208041481U CN201820212100.4U CN201820212100U CN208041481U CN 208041481 U CN208041481 U CN 208041481U CN 201820212100 U CN201820212100 U CN 201820212100U CN 208041481 U CN208041481 U CN 208041481U
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Abstract
The utility model discloses position-limit mechanism and display screen module is released, position-limit mechanism is released, is had：First mounting assembly comprising the first mounting base, the plug connector being arranged in the first mounting base and to make plug connector in the first mounting base elasticity bounce the first elastic component；Second mounting assembly comprising the second mounting base, the plug socket being slidably arranged in the second mounting base and to connect the second elastic component of the second mounting base and plug socket；Plug connector is vertical with the moving direction of plug socket；There is plug connector the first plug division, plug socket to have the second plug division coordinated with the first plug division.Position-limit mechanism is released, there is good buffering, draw；The safety that position-limit mechanism advantageously ensures that the dismounting of display screen ontology is released in setting in display screen module, and display screen ontology is avoided to occur unexpected break during dismounting.
Description
Technical field
The utility model is related to display screen technology fields, more particularly to release position-limit mechanism and display screen module.
Background technology
Display screen module generally comprises display frame and display screen ontology, and display screen ontology is detachably secured to display screen
On frame, maintenance personnel is required for first moving display screen ontology along the depth direction of display frame when dismantling display screen ontology
Go out display frame, then display screen ontology could be detached with display frame.And by display screen ontology from display mask
During being removed in frame, the problems such as due to display screen ontology self inertia, maintenance personnel's gimmick, display screen ontology often edge
Display frame depth direction moves relatively large distance and then influences the operation of maintenance personnel, moreover, sometimes due to maintenance personnel
Maloperation may also result in the damage of display screen ontology, to find out its cause, existing display screen module lack it is a kind of for buffering, leading
Draw the release position-limit mechanism of display screen ontology.
Therefore, it is necessary to provide a kind of with buffering, the release position-limit mechanism of traction function and with the release position restrainer
The display screen module of structure.
Utility model content
Technical problem to be solved in the utility model is：A kind of release position restrainer with buffering, traction function is provided
Structure and display screen module with the release position-limit mechanism.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is：Position-limit mechanism is released, is had：
First mounting assembly comprising the first mounting base, the plug connector being arranged in the first mounting base and to make to insert
First elastic component of fitting elasticity bounce in the first mounting base；
Second mounting assembly comprising the second mounting base, the plug socket being slidably arranged in the second mounting base and to
Connect the second elastic component of the second mounting base and plug socket；
Wherein, the plug connector is vertical with the moving direction of plug socket；
There is the plug connector the first plug division, the plug socket to have the second plug division coordinated with the first plug division；
After plug connector is connect with plug socket, when the first mounting assembly becomes larger with the second mounting assembly spacing, the first plug division
Pulling the second plug division makes plug socket stretch out in the second mounting base, and the second elastic component drawing plug socket is so that plug socket returns
Contracting.
Further, plug connector includes mounting plate and the pulling part that is connected with mounting plate, and the first plug division is set to mounting plate
On；There is the through-hole being arranged along plug socket moving direction and the through hole being arranged along plug connector moving direction in first mounting base,
One end of through hole is connected with through-hole, and a part for pulling part is located in the through hole and along the axially slidable of through hole
Setting, the first elastic component is located in through-hole, and one end of the first elastic component is connected with mounting plate, the other end of the first elastic component and the
One mounting base is connected.
Further, the second mounting base is a shell, has the sliding slot being arranged along plug socket moving direction, grafting on shell
A part and the second elastic component for seat is located in the sliding slot.
Further, plug socket includes telescopic arm, and a part for the telescopic arm is located in the sliding slot, the second plug division
Set on the one end of telescopic arm far from the second elastic component；There is the limiting slot being arranged along plug socket moving direction, shell on telescopic arm
It is upper that there is limited block compatible with the limiting slot, alternatively,
There is the limiting slot being arranged along plug socket moving direction on shell, have on telescopic arm and be adapted with the limiting slot
Limited block.
Further, the second elastic component is spring, and the both ends of spring are respectively equipped with locking section, and locking section of outer diameter was both less than
The outer diameter at the middle part of spring is less than the outer diameter of two ends of spring again, is respectively equipped with and the locking section of phase on shell and plug socket
The locking notch of adaptation, the second locking section of elastic component one is stuck in the locking notch of the shell, the second elastic component it is another
A locking section is stuck in the locking notch of the plug socket.
Further, plug socket is equipped with the first inclined-plane for facilitating the first plug division to be inserted into the second plug division.
In order to solve the above-mentioned technical problem, the utility model also uses following technical scheme：Display screen module, including display
Shield ontology and display frame, further include above-mentioned release position-limit mechanism, the first mounting assembly is set on display screen ontology, the second peace
Arrangement is set on display frame.
Further, display screen ontology is equipped at least two first mounting assemblies, the opposite both sides of display screen ontology point
It She You not at least one first mounting assembly.
Further, display frame is equipped with guide holder, and the guide holder is equipped with pilot hole, is set on display screen ontology
There is guide post compatible with the pilot hole, third elastic component is arranged in the guide post, one end of third elastic component connects
Display screen ontology is connect, the other end of third elastic component supports the guide holder；
When display screen ontology is detached with display frame, the third elastic component restores elastic deformation so that display screen ontology
The first mounting assembly is driven to be subjected to displacement along plug socket moving direction.
Further, display frame is equipped with the first magnetic absorption member, and display screen ontology is equipped with and first magnetic absorption member
Matched second magnetic absorption member；Ejecting mechanism is additionally provided on the display screen ontology, the ejecting mechanism includes actuator and wedge
Shape block, the actuator are connected with the wedge block and drive wedge block along the moving direction of plug connector, set on display frame
Have with the matched idler wheel of the wedge block, the axial direction of the idler wheel is vertical with the moving direction of plug connector, the wedge block position
Between display screen ontology and idler wheel and the inclined-plane of wedge block is close to the idler wheel.
The beneficial effects of the utility model are：After position-limit mechanism is released in setting in display screen module, display screen ontology
When being detached with display frame, display screen ontology can be supported and to the release of display screen ontology by releasing position-limit mechanism
Stroke is limited, and to realize buffering and the traction to display screen ontology, reduces the behaviour that maintenance personnel dismounts display screen ontology
Make the requirement of proficiency, and advantageously ensure that the safety of the dismounting of display screen ontology, avoids display screen ontology in the mistake of dismounting
Occur unexpected break in journey.
Description of the drawings
Fig. 1 is the structural schematic diagram of the display frame in the display screen module of the utility model embodiment one；
Fig. 2 is the structural schematic diagram of the display screen ontology in the display screen module of the utility model embodiment one；
Fig. 3 is the enlarged drawing of details A in Fig. 2；
Fig. 4 is the integrally-built schematic diagram of the release position-limit mechanism of the utility model embodiment one；
Fig. 5 is the structural schematic diagram for releasing the first mounting assembly in position-limit mechanism of the utility model embodiment one；
Fig. 6 is the structural schematic diagram for releasing the second mounting assembly in position-limit mechanism of the utility model embodiment one；
Fig. 7 is to release the partially schematic of position-limit mechanism setting area in the display screen module of the utility model embodiment one
Figure.
Label declaration：
1, display screen ontology；11, avoiding hollow groove；12, guide post；13, third elastic component；14, the second magnetic absorption member；15, it drives
Part；16, wedge block；2, display frame；21, pilot hole；22, the first magnetic absorption member；23, idler wheel；3, the first mounting assembly；31,
First mounting base；311, through-hole；32, plug connector；321, the first plug division；3211, the first inclined-plane；322, mounting plate；323, it carries
Drawing portion；3231, slot is dismantled；33, the first elastic component；4, the second mounting assembly；41, the second mounting base；42, plug socket；421,
Two plug divisions；4211, the second inclined-plane；422, telescopic arm；4221, limiting slot；43, the second elastic component；431, locking section.
Specific implementation mode
For technology contents, the objects and the effects of the utility model are described in detail, below in conjunction with embodiment and match
Attached drawing is closed to be explained.
Fig. 1 to Fig. 7 is please referred to, position-limit mechanism is released, has：
First mounting assembly 3 comprising the first mounting base 31, the plug connector 32 being arranged in the first mounting base 31 and use
So that the first elastic component 33 of the elasticity bounce in the first mounting base 31 of plug connector 32；
Second mounting assembly 4 comprising the second mounting base 41, the plug socket 42 being slidably arranged in the second mounting base 41 with
And to connect the second elastic component 43 of the second mounting base 41 and plug socket 42；
Wherein, the plug connector 32 is vertical with the moving direction of plug socket 42；
There is the plug connector 32 first plug division 321, the plug socket 42 to have the coordinated with the first plug division 321
Two plug divisions 421；
After plug connector 32 is connect with plug socket 42, when the first mounting assembly 3 and 4 spacing of the second mounting assembly become larger, first
Plug division 321, which pulls the second plug division 421, makes plug socket 42 stretch out in the second mounting base 41, and the drawing of the second elastic component 43 is inserted
Joint chair 42 is so that plug socket 42 bounces back.
The structural principle of the utility model is summarized as follows：First mounting assembly 3 is subjected to displacement along 42 moving direction of plug socket
Elastic deformation occurs for the second elastic components of Shi Huirang 43, so that the second mounting assembly 4 is to fixing the object of the first mounting assembly 3
Into row buffering, traction；First elastic component 33 can be the second plug division of the first plug division 321 and plug socket 42 of plug connector 32
421 steadily connect.
As can be seen from the above description, the beneficial effects of the utility model are：When first and second mounting assembly detaches, the second peace
Arrangement can be supported the first mounting assembly and limit the stroke of the first mounting assembly, to realize to first
The buffering of mounting assembly and traction.
Further, plug connector 32 includes mounting plate 322 and the pulling part 323 being connected with mounting plate 322, the first plug division
321 are set on mounting plate 322；There is the through-hole 311 being arranged along 42 moving direction of plug socket and along grafting in first mounting base 31
The through hole of 32 moving direction of part setting, one end of through hole are connected with through-hole 311, and a part for pulling part 323 is located at institute
It states in through hole and along the axially slidable setting of through hole, the first elastic component 33 is located in through-hole 311, the first elastic component 33
One end is connected with mounting plate 322, and the other end of the first elastic component 33 is connected with the first mounting base 31.
Seen from the above description, user can be such that the first and second plug division connects or separates by pulling part, easy to operate；
A part of movable stability for being conducive to improve the first mounting assembly structure in through hole of pulling part.
Further, the second mounting base 41 is a shell, has the sliding slot being arranged along 42 moving direction of plug socket on shell,
A part for plug socket 42 and the second elastic component 43 are located in the sliding slot.
Seen from the above description, sliding slot can limit plug socket, and unexpected offset occurs when plug socket being avoided to work
The displacement of the first mounting assembly is caused to have some setbacks.
Further, plug socket 42 includes telescopic arm 422, and a part for the telescopic arm 422 is located in the sliding slot, the
Two plug divisions 421 are set to the one end of telescopic arm 422 far from the second elastic component 43；Have on telescopic arm 422 and is moved along plug socket 42
The limiting slot 4221 of direction setting, has limited block compatible with the limiting slot 4221 on shell, alternatively,
There is the limiting slot 4221 being arranged along 42 moving direction of plug socket on shell, have and the limit on telescopic arm 422
Position 4221 compatible limited block of slot.
Seen from the above description, limiting slot and limited block, which is arranged, can further increase the stabilization of the second mounting assembly structure
Property, be conducive to that telescopic arm is allowed more swimmingly to slide.
Further, the second elastic component 43 is spring, and the both ends of spring are respectively equipped with outside locking section 431, locking section 431
The outer diameter that diameter had not only been less than the middle part of spring is less than the outer diameters of two ends of spring again, is respectively equipped on shell and plug socket 42 and institute
State locking section of 431 compatible locking notches, the second locking section 431 of elastic component 43 1 locking notch for being stuck in the shell
In, another locking section 431 of the second elastic component 43 is stuck in the locking notch of the plug socket 42.
Seen from the above description, the second elastic component and shell and socket connecting structure are simple, stablize, and can allow maintenance
Personnel more easily safeguard the second mounting assembly.
Further, plug socket 42 is equipped with the first inclined-plane for facilitating the first plug division 321 to be inserted into the second plug division 421
3211。
Seen from the above description, the first inclined-plane on plug socket can allow maintenance personnel is more convenient more efficiently to connect the
One, two mounting assembly.
Display screen module, including display screen ontology 1 and display frame 2 further include above-mentioned release position-limit mechanism, the first peace
Arrangement 3 is set on display screen ontology 1, and the second mounting assembly 4 is set on display frame 2.
As can be seen from the above description, the beneficial effects of the utility model are：Above-mentioned release limit is set in display screen module
After the mechanism of position, when being detached with display frame, display screen ontology can be supported display screen ontology by releasing position-limit mechanism
And the release stroke of display screen ontology is limited, to realize that people is safeguarded in buffering and the traction to display screen ontology, reduction
The requirement of the skilled operation degree of member's dismounting display screen ontology, and advantageously ensure that the safety of the dismounting of display screen ontology, it avoids
There is unexpected break during dismounting in display screen ontology.
Further, display screen ontology 1 is equipped at least two first mounting assemblies 3, the opposite both sides of display screen ontology 1
It is respectively equipped at least one first mounting assembly 3.
Seen from the above description, display screen ontology or automatic ejection display screen ontology are either removed manually, release limit
Mechanism can play display screen ontology buffering, draw well.
Further, display frame 2 is equipped with guide holder, and the guide holder is equipped with pilot hole 21, display screen ontology 1
It is equipped with guide post 12 compatible with the pilot hole 21, third elastic component 13, third bullet are arranged in the guide post 12
Property part 13 one end connection display screen ontology 1, the other end of third elastic component 13 supports the guide holder；
When display screen ontology 1 is detached with display frame 2, the third elastic component 13 restores elastic deformation so that display screen
Ontology 1 drives the first mounting assembly 3 to be subjected to displacement along 42 moving direction of plug socket.
Seen from the above description, for maintenance personnel once disconnecting the connection of display screen ontology and display frame, third is elastic
Part will rapid pop-up display screen ontology, releasing buffering, the draw of position-limit mechanism at this time can show incisively and vividly, fully
Ensure that display screen ontology is not in damage.
Further, display frame 2 is equipped with the first magnetic absorption member 22, and display screen ontology 1 is equipped with and first magnetic
Inhale 22 matched second magnetic absorption member 14 of part；Ejecting mechanism is additionally provided on the display screen ontology 1, the ejecting mechanism includes driving
Moving part 15 and wedge block 16, the actuator 15 are connected with the wedge block 16 and drive wedge shape along the moving direction of plug connector 32
Block 16, display frame 2 are equipped with and 16 matched idler wheel 23 of the wedge block, axial direction and the plug connector 32 of the idler wheel 23
Moving direction it is vertical, the wedge block 16 is between display screen ontology 1 and idler wheel 23 and the inclined-plane of wedge block 16 is close to institute
State idler wheel 23.
The operation principle of the utility model is summarized as follows：Actuator 15 drive wedge block 16 when, the inclined-plane of wedge block 16 with
Idler wheel 23 supports, as actuator 15 continues to drive wedge block 16, wedge block 16 that can make display screen ontology 1 and display frame 2
Between spacing become larger, to make magnetic attraction between the first and second magnetic absorption member be less than the elastic force of third elastic component 13；Then third
Elastic component 13, which restores deformation, makes display screen ontology 1 pop up, and then release position-limit mechanism into row buffering and can lead display screen ontology 1
Draw.
Seen from the above description, the connection structure of display screen ontology and display frame is simple, ingenious.
Embodiment one
Fig. 1 to Fig. 7 is please referred to, the embodiments of the present invention one are：Display screen module, including display screen ontology 1 and aobvious
Display screen frame 2 further includes releasing position-limit mechanism, and the release position-limit mechanism has：
First mounting assembly 3 comprising the first mounting base 31, the plug connector 32 being arranged in the first mounting base 31 and use
So that the first elastic component 33 of the elasticity bounce in the first mounting base 31 of plug connector 32；
Second mounting assembly 4 comprising the second mounting base 41, the plug socket 42 being slidably arranged in the second mounting base 41 with
And to connect the second elastic component 43 of the second mounting base 41 and plug socket 42；
Wherein, the plug connector 32 is vertical with the moving direction of plug socket 42；
There is the plug connector 32 first plug division 321, the plug socket 42 to have the coordinated with the first plug division 321
Two plug divisions 421；
After plug connector 32 is connect with plug socket 42, when the first mounting assembly 3 and 4 spacing of the second mounting assembly become larger, first
Plug division 321, which pulls the second plug division 421, makes plug socket 42 stretch out in the second mounting base 41, and the drawing of the second elastic component 43 is inserted
Joint chair 42 is so that plug socket 42 bounces back.
First mounting assembly 3 is set on display screen ontology 1, and the second mounting assembly 4 is set on display frame 2.
Optionally, plug connector 32 includes mounting plate 322 and the pulling part 323 being connected with mounting plate 322, the first plug division
321 are set on mounting plate 322；There is the through-hole 311 being arranged along 42 moving direction of plug socket and along grafting in first mounting base 31
The through hole (not shown) of 32 moving direction of part setting, one end of through hole are connected with through-hole 311, one of pulling part 323
Divide and is located in the through hole and along the axially slidable setting of through hole, a part for mounting plate 322 and the first elastic component 33
It is located in through-hole 311, one end of the first elastic component 33 is connected with mounting plate 322, the other end of the first elastic component 33 and
One mounting base 31 is connected.
In the present embodiment, the first plug division 321 is bolt, and the second plug division 421 is being axially arranged along the bolt
Jack, pulling part 323 and the first plug division 321 are located at the same side of mounting plate 322.Preferably, pulling part 323 is column, column
The peripheral wall of the pulling part 323 of shape is equipped with dismounting slot 3231, as shown in figure 3, the display screen ontology 1 corresponds to the pulling part
323 region is equipped with avoiding hollow groove 11.
Further, the second mounting base 41 is a shell, has the sliding slot being arranged along 42 moving direction of plug socket on shell,
A part for plug socket 42 and the second elastic component 43 are located in the sliding slot.
Specifically, plug socket 42 includes telescopic arm 422, a part for the telescopic arm 422 is located in the sliding slot, second
Plug division 421 is set to the one end of telescopic arm 422 far from the second elastic component 43；Have along 42 side of movement of plug socket on telescopic arm 422
To the limiting slot 4221 of setting, there is limited block compatible with the limiting slot 4221, limited block to be located at limiting slot on shell
In 4221；Certainly, limiting slot 4221 is along 42 moving direction of plug socket setting shell, limit compatible with the limiting slot 4221
It is also feasible that position block, which is arranged on telescopic arm 422,.
In the present embodiment, the second elastic component 43 is spring, and the both ends of spring are respectively equipped with locking section 431, locking section 431
Outer diameter be not only less than the middle part of spring outer diameter be respectively equipped with again less than the outer diameter of two ends of spring, on shell and plug socket 42 and
Described locking section 431 compatible locking notches, the second locking section 431 of elastic component 43 1 locking notch for being stuck in the shell
In, another locking section 431 of the second elastic component 43 is stuck in the locking notch of the plug socket 42.
For convenience of the connection of the first and second plug division, plug socket 42, which is equipped with, facilitates the first plug division 321 to be inserted into the second grafting
First inclined-plane 3211 in portion 421.Preferably, the first mounting base 31 is equipped with the second inclined-plane that empty avoiding is carried out to the first inclined-plane 3211
4211。
Preferably, display screen ontology 1 is equipped at least two first mounting assemblies 3, the opposite both sides of display screen ontology 1 point
It She You not at least one first mounting assembly 3.
Optionally, display frame 2 is equipped with guide holder, and the guide holder is equipped with pilot hole 21, on display screen ontology 1
Equipped with guide post 12 compatible with the pilot hole 21, third elastic component 13, third elasticity are arranged in the guide post 12
One end connection display screen ontology 1 of part 13, the other end of third elastic component 13 supports the guide holder；
When display screen ontology 1 is detached with display frame 2, the third elastic component 13 restores elastic deformation so that display screen
Ontology 1 drives the first mounting assembly 3 to be subjected to displacement along 42 moving direction of plug socket.
In the present embodiment, display frame 2 is equipped with the first magnetic absorption member 22, and display screen ontology 1 is equipped with and described first
22 matched second magnetic absorption member 14 of magnetic absorption member；Ejecting mechanism is additionally provided on the display screen ontology 1, the ejecting mechanism includes
Actuator 15 and wedge block 16, the actuator 15 are connected with the wedge block 16 and drive wedge along the moving direction of plug connector 32
Shape block 16, display frame 2 are equipped with and 16 matched idler wheel 23 of the wedge block, the axial direction and plug connector of the idler wheel 23
32 moving direction is vertical, and the wedge block 16 is between display screen ontology 1 and idler wheel 23 and the inclined-plane of wedge block 16 is close
The idler wheel 23.
Incorporated by reference to Fig. 1, Fig. 2, Fig. 4 and Fig. 7, display screen ontology 1 and display frame 2 in the utility model display screen module
Installation process be summarized as follows：A part for guide post 12 enters the pilot hole 21 on display frame 2 on display screen ontology 1
Afterwards, continue to press display screen ontology 1, the mating reaction on the first inclined-plane 3211 and both the first elastic components 33 on plug socket 42 makes
It obtains the first plug division 321 to be inserted into the second plug division 421, between the connection of the first and second magnetic absorption member magnetic and the first and second magnetic absorption member
Magnetic attraction is more than the elastic force of third elastic component 13, and installation is complete with display frame 2 for display screen ontology 1.
Display screen ontology 1 and the disassembly process of display frame 2 are summarized as follows in the utility model display screen module：It is first
First, actuator 15 drives wedge block 16 so that display screen ontology 1 spacing occurs with display frame 2 and spacing becomes larger, when
When magnetic attraction between first and second magnetic absorption member is less than the elastic force of third elastic component 13,13 pop-up display screen ontology of third elastic component
1, the plug connector 32 in the first mounting assembly 3 on display screen ontology 1 draws plug socket 42 and is subjected to displacement, the second elastic component 43 hair
Change shape, and then display screen ontology 1 is pulled back, when the pulling force of the second elastic component 43 is equal with the elastic force between third elastic component 13
When, display screen ontology 1 is static；Then maintenance personnel, which stirs pulling part 323, can be such that the first and second plug division unlocks, display screen sheet
Body 1 is completed with the dismounting of display frame 2.
In conclusion release position-limit mechanism provided by the utility model, has good buffering, draw；It is showing
Shield in module after setting release position-limit mechanism, for display screen ontology when being detached with display frame, releasing position-limit mechanism can be right
Display screen ontology is supported and limits the release stroke of display screen ontology, reduces maintenance personnel and dismounts display screen ontology
Skilled operation degree requirement, and advantageously ensure that the safety of the dismounting of display screen ontology, display screen ontology avoided to dismount
During there is unexpected break.
The above description is only the embodiments of the present invention, and it does not limit the scope of the patent of the present invention, every
Equivalents made based on the specification and figures of the utility model are applied directly or indirectly in relevant technology neck
Domain is equally included in the patent within the scope of the utility model.
Claims (10)
1. releasing position-limit mechanism, which is characterized in that have：
First mounting assembly comprising the first mounting base, the plug connector being arranged in the first mounting base and to make plug connector
The first elastic component of elasticity bounce in the first mounting base；
Second mounting assembly comprising the second mounting base, the plug socket being slidably arranged in the second mounting base and to connect
Second elastic component of the second mounting base and plug socket；
Wherein, the plug connector is vertical with the moving direction of plug socket；
There is the plug connector the first plug division, the plug socket to have the second plug division coordinated with the first plug division；
After plug connector is connect with plug socket, when the first mounting assembly becomes larger with the second mounting assembly spacing, the first plug division drawing
Second plug division makes plug socket stretch out in the second mounting base, and the second elastic component drawing plug socket is so that plug socket bounces back.
2. release position-limit mechanism according to claim 1, it is characterised in that：Plug connector include mounting plate and with mounting plate phase
Pulling part even, the first plug division are set on mounting plate；There is the through-hole being arranged along plug socket moving direction in first mounting base
With the through hole being arranged along plug connector moving direction, one end of through hole is connected with through-hole, and a part for pulling part is located at institute
State in through hole and along the axially slidable setting of through hole, the first elastic component is located in through-hole, one end of the first elastic component and
Mounting plate is connected, and the other end of the first elastic component is connected with the first mounting base.
3. release position-limit mechanism according to claim 1, it is characterised in that：Second mounting base is a shell, is had on shell
There are the sliding slot being arranged along plug socket moving direction, a part for plug socket and the second elastic component to be located in the sliding slot.
4. release position-limit mechanism according to claim 3, it is characterised in that：Plug socket includes telescopic arm, the telescopic arm
A part be located in the sliding slot, the second plug division be set to the one end of telescopic arm far from the second elastic component；Have on telescopic arm
There is limited block compatible with the limiting slot along the limiting slot of plug socket moving direction setting, shell, alternatively,
There is the limiting slot being arranged along plug socket moving direction on shell, there is limit compatible with the limiting slot on telescopic arm
Position block.
5. release position-limit mechanism according to claim 3, it is characterised in that：Second elastic component is spring, the both ends of spring
It is respectively equipped with locking section, locking section of outer diameter had not only been less than the outer diameter at the middle part of spring but also the outer diameter less than two ends of spring, shell
The compatible locking notch with described locking section is respectively equipped on body and plug socket, the second locking section of elastic component one is stuck in described
In the locking notch of shell, another locking section of the second elastic component is stuck in the locking notch of the plug socket.
6. release position-limit mechanism according to claim 1, it is characterised in that：Plug socket, which is equipped with, facilitates the first plug division to insert
Enter the first inclined-plane of the second plug division.
7. display screen module, including display screen ontology and display frame, it is characterised in that：Further include appointing in claim 1-6
Release position-limit mechanism described in meaning one, the first mounting assembly are set on display screen ontology, and the second mounting assembly is set to display screen
On frame.
8. display screen module according to claim 7, it is characterised in that：Display screen ontology is equipped at least two first peaces
Arrangement, the opposite both sides of display screen ontology are respectively equipped at least one first mounting assembly.
9. display screen module according to claim 7, it is characterised in that：Display frame is equipped with guide holder, described to lead
It is equipped with pilot hole to seat, display screen ontology is equipped with guide post compatible with the pilot hole, is arranged in the guide post
There are third elastic component, one end of third elastic component to connect display screen ontology, the other end of third elastic component supports the guide holder；
When display screen ontology is detached with display frame, the third elastic component restores elastic deformation so that display screen ontology drives
First mounting assembly is subjected to displacement along plug socket moving direction.
10. display screen module according to claim 9, it is characterised in that：Display frame is equipped with the first magnetic absorption member, shows
Display screen ontology is equipped with and matched second magnetic absorption member of first magnetic absorption member；It is additionally provided with ejector on the display screen ontology
Structure, the ejecting mechanism include actuator and wedge block, and the actuator is connected with the wedge block and moving along plug connector
Direction drives wedge block, display frame to be equipped with and the matched idler wheel of the wedge block, the axial direction of the idler wheel and grafting
The moving direction of part is vertical, and the wedge block is between display screen ontology and idler wheel and the inclined-plane of wedge block is close to the rolling
Wheel.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820212100.4U CN208041481U (en) | 2018-02-06 | 2018-02-06 | Release position-limit mechanism and display screen module |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820212100.4U CN208041481U (en) | 2018-02-06 | 2018-02-06 | Release position-limit mechanism and display screen module |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108253250A (en) * | 2018-02-06 | 2018-07-06 | 深圳市雷迪奥视觉技术有限公司 | Release position-limit mechanism and display screen module |
| CN114952699A (en) * | 2022-06-30 | 2022-08-30 | 北京博清科技有限公司 | Mounting tool |
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2018
- 2018-02-06 CN CN201820212100.4U patent/CN208041481U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108253250A (en) * | 2018-02-06 | 2018-07-06 | 深圳市雷迪奥视觉技术有限公司 | Release position-limit mechanism and display screen module |
| CN108253250B (en) * | 2018-02-06 | 2024-05-24 | 深圳市雷迪奥视觉技术有限公司 | Push-out limiting mechanism and display screen module |
| CN114952699A (en) * | 2022-06-30 | 2022-08-30 | 北京博清科技有限公司 | Mounting tool |
| CN114952699B (en) * | 2022-06-30 | 2023-10-31 | 北京博清科技有限公司 | Mounting tool |
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