CN110409983A - Door column component and door column limit method - Google Patents
Door column component and door column limit method Download PDFInfo
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- CN110409983A CN110409983A CN201910795763.2A CN201910795763A CN110409983A CN 110409983 A CN110409983 A CN 110409983A CN 201910795763 A CN201910795763 A CN 201910795763A CN 110409983 A CN110409983 A CN 110409983A
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- Prior art keywords
- limit
- limit base
- lock tongue
- main body
- door
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- 238000000034 method Methods 0.000 title claims abstract description 21
- 230000007246 mechanism Effects 0.000 claims abstract description 103
- 238000006073 displacement reaction Methods 0.000 claims description 40
- 230000000694 effects Effects 0.000 claims description 15
- 239000012943 hotmelt Substances 0.000 claims description 8
- 230000003014 reinforcing effect Effects 0.000 claims description 8
- 239000007787 solid Substances 0.000 claims description 5
- 238000003825 pressing Methods 0.000 claims description 4
- 238000000926 separation method Methods 0.000 claims description 3
- 230000001815 facial effect Effects 0.000 claims 1
- 238000013475 authorization Methods 0.000 abstract description 2
- 238000012423 maintenance Methods 0.000 abstract description 2
- 230000008569 process Effects 0.000 abstract description 2
- 230000001681 protective effect Effects 0.000 abstract description 2
- 230000009977 dual effect Effects 0.000 abstract 1
- 210000002105 tongue Anatomy 0.000 description 101
- 238000010586 diagram Methods 0.000 description 22
- 230000000712 assembly Effects 0.000 description 7
- 238000000429 assembly Methods 0.000 description 7
- 238000000354 decomposition reaction Methods 0.000 description 6
- 230000009471 action Effects 0.000 description 5
- 230000008602 contraction Effects 0.000 description 4
- 238000013461 design Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 238000004140 cleaning Methods 0.000 description 2
- 230000001419 dependent effect Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 235000013399 edible fruits Nutrition 0.000 description 2
- 230000002349 favourable effect Effects 0.000 description 2
- 238000003780 insertion Methods 0.000 description 2
- 230000037431 insertion Effects 0.000 description 2
- 230000003993 interaction Effects 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
- 230000008859 change Effects 0.000 description 1
- 230000002265 prevention Effects 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05C—BOLTS OR FASTENING DEVICES FOR WINGS, SPECIALLY FOR DOORS OR WINDOWS
- E05C19/00—Other devices specially designed for securing wings, e.g. with suction cups
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B7/00—Special arrangements or measures in connection with doors or windows
- E06B7/28—Other arrangements on doors or windows, e.g. door-plates, windows adapted to carry plants, hooks for window cleaners
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/01—Grilles fixed to walls, doors, or windows; Grilles moving with doors or windows; Walls formed as grilles, e.g. claustra
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/02—Shutters, movable grilles, or other safety closing devices, e.g. against burglary
- E06B9/04—Shutters, movable grilles, or other safety closing devices, e.g. against burglary of wing type, e.g. revolving or sliding
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- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Civil Engineering (AREA)
- Architecture (AREA)
- Mechanical Engineering (AREA)
- Lock And Its Accessories (AREA)
Abstract
The invention belongs to infant protecting product technical fields, and in particular to a kind of door column component for being applicable to the protective devices such as a column, fence gate and door column limit method.Door column component and door column limit method of the invention, traditional dual operation unlock is changed for two-part unlock, such unlocking manner and structure are original creation and novel, prevented infant's maloperation or learning by imitation adult operation and the occurrence of open door component without authorization.Also, it is also connect fixed column with door component to realize a connection for column main component by way of the door component framework, so that the bonding strength of the structural strength of the bindiny mechanism itself and itself and door component satisfies the use demand；So that labor intensity of the door column component in producing assembling process and during follow-up maintenance reduces, assembly efficiency improves.
Description
Technical field
The invention belongs to infant protecting product technical fields, and in particular to it is anti-that one kind is applicable to a column, fence gate etc.
The door column component and door column limit method of protection unit.
Background technique
As social development and living standard improve, people's awareness of safety is also being gradually increased, especially for infant
In terms of security protection, relevant safety device constantly upgraded in recent years.In general, the one-year-old above infant can
Voluntarily walking or sustaining wall walking, this can bring certain puzzlement to daily nurse；Therefore, it is anti-to develop go out column, fence etc. by people
Articles are protected, limiting the zone of action of infant, keeping it only movable in defined region or not allowing access into certain wind
Danger zone domain (such as kitchen).
The similar protective device such as existing door column or fence has an openable door, to prevent infant voluntarily more
It opens, double-button unlock can be generally set；Door body can just be opened by needing first to open virgin lock button and operating unblock button again, very
Door body can be opened by also needing persistently to force in the virgin lock button side of ensuring as some products.For example, applicant was in Shen in 2014
A kind of safety door sill utility model patent of 201420436205.X please be by and meanwhile hold in handle main body 4 on by
Button 5 (i.e. unblock button) and lower button 6 (i.e. virgin lock button), can open tapered end 41 and unlock door body.
Although such structure setting reduces the probability of infant's maloperation to a certain extent, in practice also simultaneously
Very sufficient prevention effect cannot be played；Infant's maloperation imitates adult operation and also has hair the case where opening door
It is raw.Therefore, it is necessary to which the structure of column component is redesigned on the door, infant's Self-operating can be effectively prevent by developing one kind
Door rail component.
Summary of the invention
The purpose of the present invention is to provide a kind of two-part solutions that can effectively prevent infant's Self-operating and open to lock a door
The limit method of column component and door column.
As the first aspect of the present invention, a kind of column component, including outer frame members and door component, outer frame members are provided
Fixed with the entirety for door column component in U shape shape, door component is set in outer frame members；Door column component further includes
It is used to form the upper shaft mechanism and lower rotary shaft mechanism of shaft, and the position-limit mechanism for limit.
The upper shaft mechanism includes shaft seat and adapter, and the axis body matched is respectively equipped on shaft seat and adapter
And axis hole, axis body are placed in axis hole so that adapter is rotationally arranged relative to axle bed；
The limit base includes the first limit base, and door column position-limit mechanism further includes guide part, and guide part is set to limit
On position seat or lock tongue；Lock tongue is matched in the first limit base and is formed as just section limit and two sections of limits, and first section limit is by actuation
Part controls and two sections of limits are acted on by guide part；
When unlock, actuator drives lock tongue in the first limit base intrinsic displacement to realize just Duan Xiesuo, and is in guide part
Can mated condition, in the state of keeping the unlock so that the first limit assembly is relative to the second limit assembly length travel, warp
By the guiding role of guide part, lock tongue is kept completely separate out of limit base, to realize that two sections of unlocks make the first limit assembly and second
Limit assembly unlock.
Preferably, the limit base further includes the second limit base, the first limit base and the second limit base are disposed adjacently；
The depth of first limit base is greater than the depth of the second limit base, and lock tongue forms just section limit, cooperation when being matched with the first limit base
Two sections of limits are formed when the second limit base；
When unlock, actuator driving lock tongue is unlocked from the first limit base, and is limited in the second limit base by it, makes to lead
To portion be in can mated condition, with realize just Duan Xiesuo；Lock tongue is matched with the second limit base inner wall to keep the state of the unlock,
So that the first limit assembly is vertically moved relative to the second limit assembly, due to the guiding role of guide part, lock tongue is limited from second
Separation in the seat of position, to realize that two sections of unlocks unlock the first limit assembly and the second limit assembly.
Preferably, the guide part is inclined-plane or curved surface, it is set to the top or bottom of limit base, or be set to
The top or bottom of lock tongue, and the first limit assembly is made to drive lock tongue living relative to the longitudinally opposite displacement of the second limit assembly
It is dynamic.
Preferably, the actuator includes the first guide part, lock tongue includes the second guide part, the first guide part and the
Two guide parts are inclined-plane or curved surface；First guide part and the second guide part match so that the pressing displacement of actuator is converted into lock
The telescopic displacement of tongue；Or, the actuator is arranged along the direction of displacement of lock tongue.That is: the direction of displacement of described actuator and lock tongue
It is identical and drive its displacement；Or, the direction of displacement of the actuator and lock tongue is not identical, and it is oriented to and drives via inclined-plane or curved surface
Dynamic lock tongue displacement.Also, spring is preferably also provided between at least one of the actuator and lock tongue and the first limit assembly.
Preferably, second limit assembly includes the second anterior spacing main body being fixedly connected with each other and locating part, limit base and
Limition orientation portion is set on locating part；Preferably pass through clamping, screw or hot melt between second anterior spacing main body and locating part
And affixed be formed as the second limit assembly.
Preferably, at least one of the adapter and the first limit assembly be via bindiny mechanism and and door component
It is connected；The Men Lan bindiny mechanism includes: that the two is affixed to be formed as the connection machine including the first main body and the second main body
Structure；Be formed between first main body and the second main body for for door component the first framework setting chamber, the first main body and
Second main body further respectively has fixed column and fixation hole；When bindiny mechanism is matched with door component, fixed column runs through the first framework simultaneously
It is matched in fixation hole.
Preferably, it is additionally provided with frame fixing support in the chamber, and when bindiny mechanism being made to be matched with door component, the first framework
It is matched in chamber and is further fixed by frame fixing support；The frame fixing support is to match with the outer profile of the first framework
Card slot or deck with the matching ends of the first framework.
Preferably, the chamber is set in the first main body；First main body includes a planar portions and two sides face, three
Surround chamber；First main body further includes several reinforcing ribs, is set at least one of planar portions and side surface part.
Preferably, the bindiny mechanism further includes third main body, third main body is matched with outside the first main body；Described first
It is connected and fixed between main body, the second main body and third main body.
Preferably, the upper shaft mechanism further includes end socket and spring, end socket is matched with the free end of axis body, and
Rear head outer diameter is cooperated to be greater than axis body outer diameter；Axis hole is additionally provided with locating part at the connecting pin of axis body, and internal diameter is less than end socket
Outer diameter；Spring is matched with outside axis body, and both ends offset with locating part and end socket respectively.
As a second aspect of the invention, a kind of column limit method is provided comprising:
Door column component is configured, making it includes outer frame members and door component, and door component is openable or is set to outline border with closing
In component, and position-limit mechanism is set between outer frame members and door component；The position-limit mechanism includes the first limit assembly and the
Two limit assemblies, the first limit assembly include lock tongue and actuator, and the second limit assembly includes limit base；Limit base includes first
Limit base, door column position-limit mechanism further include guide part, and guide part is set on limit base or lock tongue；
Configuring the lock tongue is matched with it in the first limit base and is formed as just section limit and two sections of limits, first section limit
It is controlled by actuator and two sections of limits are acted on by guide part；When unlock, manipulation actuator driving lock tongue is in position in the first limit base
Move with realize just Duan Xiesuo so that guide part be in can mated condition；In the state of keeping the unlock, the first limit group is driven
Part is relative to the second limit assembly length travel, and via the guiding role of guide part, lock tongue is kept completely separate out of limit base, with reality
Existing two sections of unlocks, unlock the first limit assembly and the second limit assembly.
Preferably, configuring the limit base further comprises the second limit base, the first limit base and the second limit base phase
It is arranged adjacently；The depth of first limit base is greater than the depth of the second limit base, and lock tongue forms just section when being matched with the first limit base
Limit forms two sections of limits when being matched with the second limit base；
When unlock, actuator is manipulated to drive lock tongue to unlock from the first limit base, and limited in the second limit base by it
Position so that guide part be in can mated condition, realize just Duan Xiesuo；Lock tongue is matched with the second limit base inner wall to keep the unlock
State, the first limit assembly of driving is vertically moved relative to the second limit assembly, due to the guiding role of guide part, lock tongue from
Two sections of unlocks are realized in separation in second limit base, so that the first limit assembly and the second limit assembly unlock.
Preferably, the guide part is configured as inclined-plane or curved surface, it is set to the top or bottom of limit base, or
Person is set to the top or bottom of lock tongue；And make in two sections of limits, the first limit assembly is relative to the second limit assembly
Longitudinally opposite displacement can drive bolt retraction.
Preferably, the actuator direction of displacement is identical as lock tongue telescopic direction, to drive it into the first limit base
It shrinks and realizes just Duan Xiesuo；Or, the actuator direction of displacement is different from lock tongue telescopic direction, by being divided into actuator and lock
Two inclined-planes or curved surface of tongue convert the displacement of actuator to the telescopic moving of lock tongue, to drive it to receive into the first limit base
Just Duan Xiesuo is realized in contracting.
Preferably, the method also includes: at least one of the adapter and the second limit assembly are configured, it is made
It is set in door component via bindiny mechanism；The bindiny mechanism includes the first main body and the second main body, and the two is affixed to be formed as
The bindiny mechanism is whole；The chamber of the first framework setting for door component is formed between first main body and the second main body, first is main
Body and the second main body are respectively equipped with fixed column and fixation hole, when so that the Men Lan bindiny mechanism being matched with door component,
Fixed column is through first framework and in fixed in fixation hole.
Door column component and door column limit method of the invention, mainly reforms position-limit mechanism, by traditional pair
Operation unlock change unlocks for two-part, i.e., just section is keeping the feelings that just section unlocks by manipulating actuator progress just Duan Xiesuo
The first limit assembly is longitudinally lifted or pressed under condition to carry out two sections of unlocks, so that two limit assembly relative limits unlock；In this way
Unlocking manner and structure be original creation and it is novel, it is contemplated that infant height, strength and intellectual development level on limitation,
Operation needed for it is unable to complete two sections of unlocks, therefore door column component of the invention has prevented infant's maloperation or has imitated to learn
The generation for the case where practising adult operation and opening door component without authorization, relative to traditional position-limit mechanism, safety also has obviously
It is promoted.
It is attached, passes through in addition, the main component of door column component of the invention passes through the bindiny mechanism specially designed
Fixed column through door component framework mode and door component complete connect, can make when fixed column is matched with fixation hole two it
Between it is affixed securely, left and right opening direction can be born and mention up and down by the force on equal directions and ensure to be connected firmly；Match again
It closes preferred frame fixing support and adds strong Zhu, the structural strength and itself and door component of the bindiny mechanism itself can be made
Bonding strength is able to satisfy a use demand for column main component；It is especially connected when being all made of snap fit between each component
When connecing, it is also able to satisfy the requirement, the labor intensity during I& M can also be significantly reduced and is improved efficiency.To make
The bindiny mechanism is obtained in the case where meeting door column associated components required function, during production assembly and follow-up maintenance
Labor intensity reduces, assembly efficiency improves.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the door column component of a certain embodiment of the present invention；
Fig. 2 is the overall structure diagram of the outer frame members of Fig. 1 embodiment and its partial enlargement signal of top and bottom
Figure；
Fig. 3 is the overall structure diagram and its top partial enlargement diagram of the door component of Fig. 1 embodiment
Fig. 4 is the cooperation schematic diagram of Fig. 1 embodiment upper shaft and doorframe；
Fig. 5 is the cooperation schematic diagram of Fig. 1 embodiment position-limit mechanism and doorframe；
Fig. 6 is the cooperation decomposition diagram of Fig. 1 embodiment lower rotary shaft and doorframe；
Fig. 7,8 are the structural schematic diagram of lower rotary shaft seat and lower rotary shaft part in Fig. 6 respectively；
Fig. 9 is the decomposition diagram of the cooperation of Fig. 1 embodiment lower limiting mechanism and doorframe；
Figure 10 is the two-part cooperation decomposition diagram of Fig. 1 embodiment position-limit mechanism；
Figure 11 is the structural schematic diagram of the second limit assembly in Figure 10；
Figure 12 is the primary structure cross-sectional view of limit base in Figure 11；
Figure 13 is the partial enlarged view of Figure 12；
Figure 14 is the structural schematic diagram of the first limit assembly of Fig. 1 embodiment；
Figure 15 is the main function components cooperation schematic diagram of the first limit assembly in Figure 14；
Figure 16 is to show the structure for the bindiny mechanism that the main function components of the first limit assembly of Figure 15 are connected to framework
It is intended to；
Figure 17 is the structural decomposition diagram of Figure 16；
Figure 18 is the cross-sectional view of Figure 16；
Figure 19 is that the bindiny mechanism of Figure 16 embodiment is matched with the cross-sectional view after door component；
Figure 20 is the cooperation cross-sectional view of position-limit mechanism and door column in Fig. 1 embodiment；
Figure 21 is the main component structural decomposition diagram of Fig. 1 embodiment upper shaft；
Figure 22 is the structural decomposition diagram of Figure 21 embodiment adapter；
Figure 23 is the structural schematic diagram of the first main component in Figure 21；
Figure 24 is the structural schematic diagram of the adapter bindiny mechanism of Figure 21；
Figure 25 is the cross-sectional view of the first main component in Figure 21；
Figure 26 is the structural schematic diagram of Fig. 1 embodiment shaft seat；
Figure 27 a is the limit base primary structure cross-sectional view of another embodiment of the present invention；
Figure 27 b, Figure 27 c be respectively Figure 27 a embodiment first section limit and two sections of limit schematic diagrames；
Figure 28 is the limit base primary structure cross-sectional view of another embodiment of the present invention.
Specific embodiment
In order to make those skilled in the art more fully understand the present invention, to be made more to the scope of protection of present invention
It clearly limits, with regard to some embodiments of the invention, the present invention will be described in detail below.It should be noted that following
The certain specific embodiments for being only present inventive concept are only a part of the embodiments of the present invention, wherein for the tool of dependency structure
The direct description of body is only for convenience of the present invention is understood, each specific features are not certain, directly limit implementation of the invention
Range.Those skilled in the art made conventional selection and replacement under the guidance of present inventive concept, are regarded as in the present invention
In claimed range.
As shown in Fig. 1-2 6, a kind of column component, including for integrally fixed outer frame members 11 and for this column
The door component 12 opened or closed, the outer frame members 11 are in U-shape as shown in Figure 2 on the whole, and door component 12 is openable/it closes
It is set to closing in outer frame members 11, is opened or closed to realize that this column component is whole.
This column component further includes the upper shaft mechanism 21 and lower rotary shaft mechanism 20 for being used to form shaft, the limit for limit
Position mechanism 300, upper shaft mechanism 21 and the cooperation of lower rotary shaft mechanism 20 are so that door component 12, which can be opened/closed to, is set to outline border group
In part 11；More preferably, further include lower limiting mechanism 33 for limit, enhanced with being limited below door component 12
Limit effect.The upper shaft mechanism 21 includes shaft seat 210 and adapter 220, and shaft seat 210 is matched with adapter 220
So that adapter 220 can turn around the rotation of axle bed 210, to realize the basic function of the rotating shaft mechanism；And the position-limit mechanism 300
It is then mainly formed by cooperating with the first limit assembly 310 and the second limit assembly 320 of realizing limit function, the first limit
Hyte part 310 and the second limit assembly 320 are divided into outer frame members 11 and door component 12, thus realize door component 12 relative to
The limit of outer frame members 11 and locking.
Turn to be respectively equipped with the axis body 231 and axis hole 232 matched on part part 220 and shaft seat 210, axis body is arranged in whichever
231 whichever setting axis hole 232 does not limit, and axis body 231 is placed in axis hole 232, so that adapter 220 can be relative to
Axle bed 210 is rotationally arranged.More preferably, which further includes end socket 233, and end socket 233 and 231 free end of axis body match
It closes, such as by modes such as clamping, screw threads, and 233 outer diameter of rear head is cooperated to be greater than axis body 231；At the same time, axis hole 232
Locating part 2321 is additionally provided at 231 connecting pin of axis body, and its internal diameter is less than 233 outer diameter of end socket, so that axis body 231
It is relatively fixed in axis hole 232.I.e. axis body 231 can rotate in axis hole 232, and can have a degree of axial displacement.
Although being joined to form in addition, Figure 21-25 shows 231 upper end of axis body and turns part part 220 as its connecting pin,
Lower end is clamped with 233 phase of end socket, and shaft seat 210 includes axis hole 232 and end setting this specific implementation of locating part 2321 thereon
Mode, but not indicating must be so set, axis body 231 and axis hole 232 be obviously also feasible.Most preferably, the rotating shaft mechanism
Further include spring 234, be matched with outside axis body 231, both ends offset with locating part 2321 and end socket 233 respectively；So that turning part part
220 can also carry out axial automatically reset relative to the rotation of shaft seat 210 and a degree of axial displacement.
The lower rotary shaft mechanism 20 includes lower rotary shaft seat 201 and lower rotary shaft part 202, and lower rotary shaft seat 201 has edge with card
It is connected on outer frame members 11, to promote fixed and locating effect, further includes positioning column 2011, correspondingly set on outer frame members 11
There is location hole, positioning column 2011 is matched in the location hole；And 2011 inner hollow of positioning column is for the rotation of lower rotary shaft seat 201
Rotary column 2022 is further disposed upon wherein.Lower rotary shaft seat 201 is equipped with an oblique fixing groove 2012, in fixing groove 2012
End is equipped with fixation hole 2015, and 2012 two sides of fixing groove are equipped with step 2013, and step 2013, which closes on, is equipped with two at fixation hole 2015
Location hole 2014.202 bottom of lower rotary shaft part is equipped with fixed rib 2021 and column spinner 2022, fixed rib 2021 and fixing groove 2012
It matches, column spinner 2022 is matched with rotation in positioning column 2011, and lower rotary shaft part 202 further includes for connecting with door component 12
The connector 2023 connect, connector 2023 are equipped with auxiliary positioning hole 2024.
When assembling, for the lower transverse frame one end fits of door component 12 in connector 2023, the auxiliary being set on lower transverse frame is fixed
Position mechanism (such as widely used spring is combined with pillar in telescopic component) fits into auxiliary positioning hole 2024, so that lower turn
Shaft member 202 is connected firmly with door component 12；Lower rotary shaft seat 201 is sticked on outer frame members 11, and the fixture block at edge is caught in outline border
In the hole of component 11, meanwhile, positioning column 2011 fits into the corresponding positioning hole on outer frame members 11, so that upper shaft part
201 are connected firmly with outer frame members 11.The column spinner 2022 of lower rotary shaft part 202 the hollow of lower rotary shaft seat 201 is placed in again to determine
In the column 2011 of position, fixed rib 2021 is matched with fixing groove 2012.In use, door component 12 is unlocked, rotation door component 12 is straight
It is fitted into location hole 2014 to fixed rib 2021, door component 12 is maintained at the open angle.
The lower limiting mechanism 33 includes lower limit seat 331 and lower limit part 332, and the fixed form of lower limit seat 331 is same
The lower rotary shaft seat 201 of lower rotary shaft mechanism 20 is similar, and details are not described herein；Company of the lower limit part 332 with the lower transverse frame of door component 12
It is also similar with lower rotary shaft part 202 to connect mode.Meanwhile be respectively equipped on lower limit part 332 and lower limit seat 331 lower closing piece and
The locking of lower limiting mechanism 33 is realized in lower locked groove, two cooperations.
First limit assembly 310 includes lock tongue 312 and actuator 311, and the second limit assembly 320 includes limit base
321；Actuator 311 drives lock tongue 312 movable in limit base 321, and lock tongue 312 can be close relative to the second limit assembly 320
Or far to realize locking or unlocking function.
The limit base 321 includes the first limit base 3211, the second limit base 3212 and guide part 3213, the first limit base
3211 and second limit base 3212 be disposed adjacently；The depth H 1 of first limit base 3211 is greater than the second limit base 3212
Depth H 2, guide part 3213 is set to side of second limit base 3212 far from the first limit base 3211, and make its outer with
321 edge of limit base flushes, so that lock tongue 312 can be separated from limit base 321.
Due to lock tongue 312 be telescopic action be set in limit base 321, and it can be protruded into limit base 321
To form just section limit and two sections of limits, so that 320 relative limit locking of the first limit assembly 310 and the second limit assembly；More
Specifically, the depth H 1 of the first limit base 3211 is greater than the depth H 2 of the second limit base 3212, the first limit base 3211 is compared with the
The deeper part (i.e. the part H1-H2) of two limit base 3212, is formed as just section stop zone, and the second limit base 3212 is then formed
For two sections of stop zones, actuator 311 is only capable of the driving contraction of lock tongue 312 can not further be driven with separate from first section stop zone
Make its contraction；In the case, lock tongue 312 is still and is limited by the second limit base 3212, meanwhile, at this time at guide part 3213
In can mated condition, between two limit assemblies 310,320 longitudinal displacement lock tongue 312 can be driven further to shrink and from second
It is unlocked in limit base 3212；Before this, be in can not mated condition, the displacement of two limit assemblies longitudinal direction cannot make lock tongue
312 activities (can mated condition refer to that it can play guiding role, rather than can cooperate or cannot cooperate meaning
Selection state).
Therefore, when unlock, actuator 311 drives lock tongue 312 to shrink to the first limit base 3211 and is displaced first, so that lock tongue
The depth of 312 insertion limit bases 321 is no more than the depth H 2 of the second limit base 3212, and actuator 311 can not further drive at this time
Dynamic lock tongue 312 is mobile to reduce the depth that it is inserted into limit base 321 towards the first limit base 3211；That is, actuator
311 can drive lock tongue 312 to unlock from the first limit base 3211 of limit base 321, but cannot drive its from limit base 321
It is unlocked in two limit bases 3212, it is still limited in the second limit base 3212 by it at this time.In the state of keeping the unlock
(after first section unlock, the state of the unlock can be kept it in by the inner wall of the second limit base 3212 support lock tongue 312), makes
It obtains the first limit assembly 310 to be moved along longitudinal direction relative to the second limit assembly 320, or perhaps setting along limit base 321
It is mobile (i.e. from the first limit base 3211 through the second limit base 3212 to the direction of guide part 3213) to set direction, lock tongue 312 with lead
It is contacted to portion 3213, so that the displacement of two limit assemblies longitudinal direction is converted into lock tongue 312 under the action of guide part 3213
Movement is shunk, keeps it mobile further towards the first limit base 3211 and is kept completely separate from limit base 321, the first limit assembly
310 and second limit assembly 320 unlocked.
As it can be seen that including that two steps operate when the position-limit mechanism unlocks, it may be assumed that the first step (first Duan Xiesuo): the control lock of actuator 311
Tongue 312 is unlocked from the first limit base 3211, and is limited in the second limit base 3212 by it；Second step (two sections of unlocks): it protects
Hold actuator 311 it is in the unlocked state under so that the first limit assembly 310 is vertically moved relative to the second limit assembly 320, by
In guide part 3213 effect so that lock tongue 312 further shrink to be separated out of limit base 321 completely, the first limit assembly
310 and second limit assembly 320 limit unlock.
Meanwhile in the present embodiment, for convenience of two sections of unlock operations, pass through the first limit base 3211, the second limit base
Just section limit, In are realized in 3212 cooperation, the part more deeper than 3212 depth of the second limit base in the first limit base 3211
Two sections of limits are realized in second limit base 3212；Also, after the completion of the unlock of first section, lock tongue 312 can be by the second limit base
3212 inner wall, which is supported, keeps this state without persistently forcing in actuator 311.This is a kind of preferable embodiment party
Formula, but be not unique embodiment, if cancelling the second limit base 3212 and only retaining the first limit base 3211, and Yu Qiding
Portion or bottom setting guide part 3213 are also then feasible.For example, as shown in Figure 27 a be do not include the second limit base 3212
The schematic cross-section of limit base, guide part 3213 are set to its 3211 top of the first limit base；Figure 27 b, 27c respectively illustrate lock
Schematic diagram when the cooperation schematic diagram of 312 front of tongue and limit base 321, more precisely just section limit and two sections of limits；In
In the case where just section limit shown in Figure 27 b, manipulation actuator 311 can make it be contracted to two sections of limit shapes shown in Figure 27 c
State, persistently forcing in actuator 311 makes lock tongue 312 be maintained at this state, i.e. in the state that Figure 27 c is shown, so that the first limit
Hyte part 310 is scalable to set due to the guiding role of guide part 3213 relative to the second longitudinal movement upwards of limit assembly 320
The lock tongue 312 set is compressed to separate out of limit base 321 completely, and the first limit assembly 310 and the second limit assembly 320 are solved
Lock.
Although guide part 3213 is set to 321 top position of limit base in addition, being shown in each attached drawing, if by it
Be changed to the inclined-plane being set on lock tongue 312 or curved surface, can also allow two sections unlock when via inclined-plane or curved surface guiding
It acts on and lock tongue 312 is compressed；Guide part can also be more preferably set on limit base 321 and lock tongue 312 simultaneously simultaneously
3212.Also, the setting direction of guide part 3212 is not limited to above limit base 321 or lock tongue 312, as shown in figure 28,
It is changed into and is set to lower section to carry out being unlocked by pressing in two sections of unlocks, be feasible for position-limit mechanism.
In certain specific embodiments, the actuator 311 includes the first guide part 313, and lock tongue 312 includes the second guiding
Portion 314, the first guide part 313 and the second guide part 314 are the inclined-plane or curved surface being mutually harmonious, so that actuator 311 and lock
Tongue 312 can be moved in different directions, and the first guide part 313 and the second guide part 314, which match, can make actuation
The pressing displacement of part 311 is converted into the telescopic displacement of lock tongue 312, i.e., will be arranged by two inclined-planes being mutually harmonious or curved surface
The telescopic moving of lock tongue 312 is converted into the displacement of the actuator 311 on different directions.Certainly, if setting actuator 311 to
Direction of displacement along lock tongue 312 is arranged, and is also feasible scheme so that lock tongue 312 can be driven correspondingly to be displaced, only first section
Unlocking manner changes.More preferably, spring is further respectively had between actuator 311 and lock tongue 312 and the first limit assembly 310
315, so that actuator 311 can automatically reset with lock tongue 312；Also, in the second limit assembly 320 relative to the first limit
When component 310 resets, it may not be necessary to manipulate actuator 311 and only it need to be may make to be contracted to the application of lock tongue 312 external force
In first limit assembly 310.Regardless of which kind of design method actuator 311 uses, spring 315 can be applicable in.
In further embodiments, second limit assembly 320 further includes limition orientation portion 322, limition orientation portion 322
For inclined-plane or curved surface, it is set to 320 side of the second limit assembly and is neighboringly arranged with limit base 321；So that locking
In the process, since the effect in limition orientation portion 322 is so that lock tongue 312 is shunk automatically to realize automatically into limit base 321
The locking of first limit assembly 310 and the second limit assembly 320.Most preferably, the limition orientation portion 322 has there are two and sets up separately
In 320 two sides of the second limit assembly, to ensure that automatic locking may be implemented on any one direction in the first limit assembly 310
Without manipulating actuator 311.
In some other embodiment, second limit assembly 320 is mainly by 323 He of the second anterior spacing main body of Joint
Locating part 324 forms, preferably mutually solid by modes such as clamping, screw or hot melts between the second anterior spacing main body 323 and locating part 324
It connects and is formed as the second limit assembly 320；Second anterior spacing main body 323 is fixed in a marge preferably via modes such as clamping, screws
On frame.
In some other preferred embodiment, at least one of the adapter 220 and the first limit assembly 310 be through
It is connected by special bindiny mechanism with door component 12；It more specifically, is the axis body 231 and the first limit of adapter 220
The actuator 311 and lock tongue 312 of hyte part 310 are formed by functor entirety, they are respectively arranged at respective bindiny mechanism
Upper (if there is).
The bindiny mechanism includes the first main body 41 and the second main body 42, and the two is affixed to be formed as bindiny mechanism entirety,
Fixed connection mode between first main body 41 and the second main body 42 preferably by the modes Joint such as clamping, screw or hot melt, wherein
Clamping is the most convenient and practical；It is formed between first main body 41 and the second main body 42 and is set for the first framework 121 for door component
The chamber 401 set, the first main body 41 and the second main body 42 are respectively equipped with fixed column 403 and fixation hole 404, so that institute
When stating bindiny mechanism and being matched with door component, fixed column 403 through first framework 121 and in fixed in fixation hole 404, thus
So that the bindiny mechanism is solidly connected to securely in the framework of door body.
The main fixed effect of the bindiny mechanism is mainly realized by fixed column and fixation hole, in door column dependent part
Part in use, mainly left and right opening direction and mention up and down by etc. lateral stress, fixed column 403 and fixation hole 404
Fit system can bear such force well, so that two main bodys 41,42 will not be separated or be damaged because of above-mentioned active force
It is bad；403 end of fixed column is matched in fixation hole 404, so that active force of the bindiny mechanism in door component in all directions,
The interaction force that can be converted between 404 inner wall of 403 outer wall of fixed column and fixation hole, to reduce two main bodys
41, the stress of 42 shackle members enables the connection structure to show extraordinary fixed effect when by external active force
Fruit does not need the fixing pieces such as screw, rivet, can meet fixed demand.Such fit system makes the first main body and second
Mode between main body even with clamping is completed to fix, and can also be competent at well, this is the verifying of applicant's field test
's；In addition, clamping mode for fit on very easily.
More preferably, it is additionally provided with frame fixing support 405 in the chamber 401, so that when bindiny mechanism is matched with door component,
First framework, 121 front end is matched in chamber 401 and is further fixed by frame fixing support 405；Frame fixing support 405 can be
The card slot that matches with the outer profile of door body framework, with the deck of the matching ends of door body framework or other be able to achieve for the
The analogous shape that one framework, 121 front end is fixed；For example, Figure 18,25 frame fixing support using deck form is shown,
Realizing in hollow cavity by being placed in 121 front end of the first framework enhances the fixed effect of the first framework 121.
Meanwhile the chamber 401 is completely set up in the first main body 41；For this purpose, the first main body 41 includes a plane
Portion 411 and two sides face 412, three surrounds the chamber 401 jointly, and (certainly, chamber 401 is still by the second main body 42 at this time
It is collectively formed, only in the not set special chamber structure of the second main body 42).More preferably, first main body 41 is also wrapped
Several reinforcing ribs 413 are included, planar portions 411 are set to, on side surface part 412 or other component inner surface or outer surface, to increase
Add the structural strength of planar portions 411 or side surface part 412；For example, as shown in relevant drawings, in planar portions 411 and side surface part 412
Outside and 401 inside appropriate location of chamber several reinforcing ribs 413 are set so that the structural strength of the first main body 41 is increased
By force；Meanwhile the bindiny mechanism can also include third main body 43, third main body 43 is matched with outside the first main body 41, so that
Second main body 42 or third main body 43 can cover the reinforcing rib 413 of 41 outer surface of the first main body, so that the connection machine
The good appearance of structure entirety, is more favorable to daily cleaning.
Certainly, for the fit system between three main bodys, the preferably modes such as clamping, screw, hot melt；Wherein, it is clamped
Be it is the most convenient and practical, although clamping structure is not used in existing bindiny mechanism due to connectivity robustness, this
The bindiny mechanism of invention is designed by special structure so that clamping structure is not stressed directly, therefore the knot of bindiny mechanism's entirety
Structure intensity and firmness of the connection are promoted, and realize this connection type of clamping for the first time makes in door column component is fixed
With；It realizes in the case where looking after overall structural strength, reduces production and assembling cost, and can also allow for adapter
220 material and color matching are selected accordingly, are a kind of effective and practical structure designs.
In addition, being yet formed between first main body 41 and the second main body 42 solid for the second framework 122 of door component
The second fixed cavity 402, so that the first framework 121 and second framework 122 are connect with the bindiny mechanism, the bindiny mechanism
The horizontal frame for being firmly fixed at door component and munnion (i.e. the first framework 121 and second framework 122) on.It can make in this way
Spacing between each framework of door column entirety meets the requirements, and avoids generating security risk because gap is excessive.Although practical at this
In novel each attached drawing, all shows and the bindiny mechanism is fixed in the horizontal frame of door component (i.e. the first framework 121), but actually answering
It is not limited thereto in, two frameworks is exchanged to or are additionally arranged the framework for being connected to door component, are also feasible in practical
's.
A kind of column limit method, this method are mainly based upon above-mentioned door column component, and the following steps are included:
Door column component is configured, making it includes outer frame members 11 and door component 12, and door component 12 is openable or closes ground setting
In in outer frame members 11, and position-limit mechanism is set between outer frame members 11 and door component 12；The position-limit mechanism includes first
Limit assembly 310 and the second limit assembly 320, the first limit assembly 310 include lock tongue 312 and actuator 311, the second limit group
Part 320 includes limit base 321；Limit base 321 includes the first limit base 3211, and door column position-limit mechanism further includes guide part 3213,
Guide part 3213 is set on limit base 321 or lock tongue 312.It is, of course, also possible to which configuring this column component includes above-mentioned door column group
Other dependency structures in part product, or in the prior art other must or optional functional component.
Configuring the lock tongue 312 is matched with it in the first limit base 3211 and is formed as just section limit and two sections of limits,
First section limit is controlled by actuator 311 and two sections of limits are acted on by guide part 3213 and are driven；When unlock, actuator is manipulated
311 drive lock tongues 312 in 3211 intrinsic displacement of the first limit base to realize just Duan Xiesuo, so that guide part 3213, which is in, can cooperate shape
State；In the state of keeping the unlock, the first limit assembly 310 of driving relative to 320 length travel of the second limit assembly, via
The guiding role of guide part 3213, lock tongue 312 is further mobile to be kept completely separate out of limit base 321, to realize two sections of unlocks,
Unlock the first limit assembly 310 and the second limit assembly 320.More preferably, actuator 311 drives the concrete mode of lock tongue 312
It include: that 311 direction of displacement of actuator is identical as 312 telescopic direction of lock tongue, to drive it to receive into the first limit base 3211
Just Duan Xiesuo is realized in contracting；Or, 311 direction of displacement of actuator is different from 312 telescopic direction of lock tongue, by being divided into actuator
311 and lock tongue 312 two inclined-planes or curved surface, the displacement of actuator 311 is converted to the telescopic moving of lock tongue 312, to drive it
Just Duan Xiesuo is realized to 3211 contract of the first limit base.Most preferably, it can also be limited in actuator 311 and lock tongue 312 and first
Spring 315 is configured between hyte part 310, so that actuator 311 can automatically reset with lock tongue 312.
It in certain embodiments, further include that configure the limit base 321 further comprise the second limit base 3212, the first limit
Position seat 3211 and the second limit base 3212 are disposed adjacently；The depth of first limit base 3211 is greater than the second limit base 3212
Depth, lock tongue 312 form just section limit when being matched with the first limit base 3211, form two sections when being matched with the second limit base 3212
Limit；When unlock, actuator 311 is manipulated to drive lock tongue 312 to unlock from the first limit base 3211, and in the second limit base
Limited by it in 3212 so that guide part 3213 be in can mated condition, realize just Duan Xiesuo；Lock tongue 312 is matched with the second limit
For position 3212 inner wall of seat to keep the state of the unlock, the first limit assembly 310 of driving is longitudinal relative to the second limit assembly 320
Mobile, due to the guiding role of guide part 3213, lock tongue 312 separates two sections of unlocks of realization out of second limit base 3212, so that
First limit assembly 310 and the second limit assembly 320 unlock.
Due to lock tongue 312 be telescopic action be set in limit base 321, and it can be protruded into limit base 321
To form just section limit and two sections of limits, so that 320 relative limit locking of the first limit assembly 310 and the second limit assembly；More
Specifically, the depth H 1 of the first limit base 3211 is greater than the depth H 2 of the second limit base 3212, the first limit base 3211 is compared with the
The deeper part (i.e. the part H1-H2) of two limit base 3212, is formed as just section stop zone, and the second limit base 3212 is then formed
For two sections of stop zones, actuator 311 is only capable of the driving contraction of lock tongue 312 can not further be driven with separate from first section stop zone
Make its contraction；In the case, lock tongue 312 is still and is limited by the second limit base 3212, meanwhile, at this time at guide part 3213
In can mated condition, between two limit assemblies 310,320 longitudinal displacement lock tongue 312 can be driven further to shrink and from second
It is unlocked in limit base 3212；Before this, be in can not mated condition, the displacement of two limit assemblies longitudinal direction cannot make lock tongue
312 activities (can mated condition refer to that it can play guiding role, rather than can cooperate or cannot cooperate meaning
Selection state).
Therefore, when unlock, actuator 311 drives lock tongue 312 to shrink to the first limit base 3211 and is displaced first, so that lock tongue
The depth of 312 insertion limit bases 321 is no more than the depth H 2 of the second limit base 3212, and actuator 311 can not further drive at this time
Dynamic lock tongue 312 is mobile to reduce the depth that it is inserted into limit base 321 towards the first limit base 3211；That is, actuator
311 can drive lock tongue 312 to unlock from the first limit base 3211 of limit base 321, but cannot drive its from limit base 321
It is unlocked in two limit bases 3212, it is still limited in the second limit base 3212 by it at this time.In the state of keeping the unlock
(after first section unlock, the state of the unlock can be kept it in by the inner wall of the second limit base 3212 support lock tongue 312), makes
It obtains the first limit assembly 310 to be moved along longitudinal direction relative to the second limit assembly 320, or perhaps setting along limit base 321
It is mobile (i.e. from the first limit base 3211 through the second limit base 3212 to the direction of guide part 3213) to set direction, lock tongue 312 with lead
It is contacted to portion 3213, so that the displacement of two limit assemblies longitudinal direction is converted into lock tongue 312 under the action of guide part 3213
Movement is shunk, keeps it mobile further towards the first limit base 3211 and is kept completely separate from limit base 321, the first limit assembly
310 and second limit assembly 320 unlocked.
As it can be seen that including that two steps operate when the position-limit mechanism unlocks, it may be assumed that the first step (first Duan Xiesuo): the control lock of actuator 311
Tongue 312 is unlocked from the first limit base 3211, and is limited in the second limit base 3212 by it；Second step (two sections of unlocks): it protects
Hold actuator 311 it is in the unlocked state under so that the first limit assembly 310 is vertically moved relative to the second limit assembly 320, by
In guide part 3213 effect so that lock tongue 312 further shrink to be separated out of limit base 321 completely, the first limit assembly
310 and second limit assembly 320 limit unlock.
In other preferred embodiments, the guide part 3213 is configured as inclined-plane or curved surface, is set to limit
The top or bottom of seat 321, or it is set to the top or bottom of lock tongue 312；And make in two sections of limits, first
Limit assembly 310 can drive lock tongue 312 to shrink relative to the longitudinally opposite displacement of the second limit assembly 320.In addition, institute as above
It states, the second limit base 3212 is also that can configure cancellation；Meanwhile guide part 3213 can also be set to lower section.
In some other embodiment, second limit assembly 320 is configured as mainly the second limit by Joint
Main body 323 and locating part 324 form, and preferably pass through clamping, screw or hot melt between the second anterior spacing main body 323 and locating part 324
Etc. modes Joint and be formed as the second limit assembly 320；Second anterior spacing main body 323 is solid preferably via modes such as clamping, screws
It is connected on a marge frame.
In some other preferred embodiment, the method also includes: configure the adapter 220 and the first limit assembly
It is through being connected by special bindiny mechanism with door component 12 that 310, which make it,；It more specifically, is adapter 220
The actuator 311 and lock tongue 312 of axis body 231 and the first limit assembly 310 are formed by functor entirety, they are respectively set
In in respective bindiny mechanism.It is of course also possible to be that one of them is arranged via bindiny mechanism.
The bindiny mechanism is configured to include the first main body 41 and the second main body 42, and the two is affixed to be formed as the connection machine
Structure is whole, and the fixed connection mode between the first main body 41 and the second main body 42 is preferably mutually solid by modes such as clamping, screw or hot melts
Connect, wherein be clamped it is the most convenient and practical；It is formed between first main body 41 and the second main body 42 for the first frame for door component
The chamber 401 that body 121 is arranged, the first main body 41 and the second main body 42 are respectively equipped with fixed column 403 and fixation hole 404,
So that fixed column 403 is through first framework 121 and in fixation hole 404 when the bindiny mechanism is matched with door component
It is fixed, so that the bindiny mechanism is solidly connected to securely in the framework of door body.
The main fixed effect of the bindiny mechanism is mainly realized by fixed column and fixation hole, in door column dependent part
Part in use, mainly left and right opening direction and mention up and down by etc. lateral stress, fixed column 403 and fixation hole 404
Fit system can bear such force well, so that two main bodys 41,42 will not be separated or be damaged because of above-mentioned active force
It is bad；403 end of fixed column is matched in fixation hole 404, so that active force of the bindiny mechanism in door component in all directions,
The interaction force that can be converted between 404 inner wall of 403 outer wall of fixed column and fixation hole, to reduce two main bodys
41, the stress of 42 shackle members enables the connection structure to show extraordinary fixed effect when by external active force
Fruit does not need the fixing pieces such as screw, rivet, can meet fixed demand.Such fit system makes the first main body and second
Mode between main body even with clamping is completed to fix, and can also be competent at well, this is the verifying of applicant's field test
's；In addition, clamping mode for fit on very easily.
More preferably, it is additionally provided with frame fixing support 405 in the chamber 401, so that bindiny mechanism is matched with door component
When, 121 front end of the first framework is matched in chamber 401 and is further fixed by frame fixing support 405；Frame fixing support 405 can
Be the card slot to match with the outer profile of door body framework, with the deck of the matching ends of door body framework or other be able to achieve pair
In the analogous shape that 121 front end of the first framework is fixed；For example, Figure 18,25 showing and being fixed using the framework of deck form
Seat, interior realize of hollow cavity by being placed in 121 front end of the first framework enhance the fixed effect of the first framework 121.
Meanwhile the chamber 401 be also possible to it is completely set up in the first main body 41；For this purpose, the first main body 41 includes
One planar portions 411 and two sides face 412, three surrounds the chamber 401 jointly, and (certainly, chamber 401 is still main by second at this time
What body 42 was collectively formed, only in the not set special chamber structure of the second main body 42).More preferably, first main body 41
It is also configured to include several reinforcing ribs 413, is set to planar portions 411, side surface part 412 or other component inner surface or outer surface
On, to increase the structural strength of planar portions 411 or side surface part 412；For example, as shown in relevant drawings, in 411 He of planar portions
Several reinforcing ribs 413 are arranged in the outside of side surface part 412 and 401 inside appropriate location of chamber, so that the structure of the first main body 41
Intensity is enhanced；Meanwhile the bindiny mechanism may be arranged as including third main body 43, it is main that third main body 43 is matched with first
Outside body 41, so that the second main body 42 or third main body 43 can hide the reinforcing rib 413 of 41 outer surface of the first main body
Lid, so that the good appearance of bindiny mechanism entirety, is more favorable to daily cleaning.
Certainly, for the fit system between three main bodys, preferably through modes such as clamping, screw, hot melts；Wherein,
Clamping be it is the most convenient and practical, although clamping structure is not used in existing bindiny mechanism due to connectivity robustness,
But bindiny mechanism of the invention is designed by special structure so that clamping structure is not stressed directly, therefore bindiny mechanism is whole
Structural strength and firmness of the connection promoted, realize be clamped this connection type in door column component is fixed for the first time
Use；Realize in the case where looking after overall structural strength, reduce production and assembling cost, and can also allow for turn
The material of fitting 220 and color matching are selected accordingly, are a kind of effective and practical structure designs.
In addition, being also configured as foring second for door component between first main body 41 and the second main body 42
The second fixed cavity 402 of framework 122, so that the first framework 121 and second framework 122 are connect with the bindiny mechanism,
On the horizontal frame for being firmly fixed at door component and munnion (i.e. the first framework 121 and second framework 122) of the bindiny mechanism.This
Sample can make the spacing between each framework of column entirety meet the requirements, and avoid generating security risk because gap is excessive.Though
So in each attached drawing of the present invention, all shows and the bindiny mechanism is fixed in the horizontal frame of door component (i.e. the first framework 121), but
It is not limited thereto in practical application, two frameworks are exchanged or the framework for being connected to door component is additionally set, in practical also
It is feasible.In addition to this, which can be combined with the dependency structure of above-mentioned door column component or principle carries out accordingly
Ground limit configuration.
Claims (10)
1. a kind of column component, including outer frame members (11) and door component (12), outer frame members (11) are in U-shape shape, door component
(12) it is set in outer frame members (11)；Door column component further includes upper shaft mechanism (21) He Xiazhuan for being used to form shaft
Axis mechanism (20), and the position-limit mechanism (300) for limit；
The upper shaft mechanism (21) includes shaft seat (210) and adapter (220), on shaft seat (210) and adapter (220)
It is respectively equipped with the axis body (231) and axis hole (232) matched, axis body (231) is placed in axis hole (232) so that adapter
(220) rotationally it is arranged relative to axle bed (210)；It is characterized in that,
The limit base (321) includes the first limit base (3211), and door column position-limit mechanism further includes guide part (3213), is led
It is set on limit base (321) or lock tongue (312) to portion (3213)；Lock tongue (312) is matched in the first limit base (3211) simultaneously
Be formed as just section limit and two sections of limits, the limit of first section by actuator (311) control and two sections of limits are made by guide part (3213)
With；
When unlock, actuator (311) drives lock tongue (312) in the first limit base (3211) intrinsic displacement to realize just Duan Xiesuo, and
Make guide part (3213) be in can mated condition, in the state of keeping the unlock so that the first limit assembly (310) relative to
Second limit assembly (320) length travel, via the guiding role of guide part (3213), lock tongue (312) is out of limit base (321)
It is kept completely separate, to realize that two sections of unlocks unlock the first limit assembly (310) and the second limit assembly (320)；
Preferably, the guide part (3213) is inclined-plane or curved surface, it is set to the top or bottom of limit base (321), or
Person is set to the top or bottom of lock tongue (312), and keeps the first limit assembly (310) vertical relative to the second limit assembly (320)
To relative displacement drive lock tongue (312) movable；
Preferably, the actuator (311) includes the first guide part (313), lock tongue (312) includes the second guide part (314),
First guide part (313) and the second guide part (314) are inclined-plane or curved surface；First guide part (313) and the second guide part (314)
It matches so that the pressing displacement of actuator (311) is converted into the telescopic displacement of lock tongue (312)；Or, actuator (311) edge
The direction of displacement of lock tongue is arranged；Also, at least one of the actuator (311) and lock tongue (312) and the first limit assembly
(310) spring (315) are additionally provided between.
2. according to claim 1 column component, which is characterized in that the limit base (321) further includes the second limit base
(3212), the first limit base (3211) and the second limit base (3212) are disposed adjacently；The depth of first limit base (3211) is big
Depth in the second limit base (3212), lock tongue (312) form just section limit, are matched with when being matched with the first limit base (3211)
Two sections of limits are formed when the second limit base (3212)；
When unlock, actuator (311) drives lock tongue (312) unlock from the first limit base (3211), and in the second limit base
(3212) in limited by it, make guide part (3213) be in can mated condition, with realize just Duan Xiesuo；Lock tongue (312) is matched with
Second limit base (3212) inner wall is to keep the state of the unlock, so that the first limit assembly (310) is relative to the second limit group
Part (320) longitudinal movement, due to the guiding role of guide part (3213), lock tongue (312) is separated out of the second limit base (3212),
To realize that two sections of unlocks unlock the first limit assembly (310) and the second limit assembly (320).
3. according to claim 1 column component, which is characterized in that the adapter (220) and the first limit assembly
It at least one of (310) is to be connected via bindiny mechanism with door component (12)；
The bindiny mechanism includes: that the two is affixed to be formed as the bindiny mechanism including the first main body (41) and the second main body (42)；
The chamber for the first framework setting for door component (12) is formed between first main body (41) and the second main body (42)
(401), the first main body (41) and the second main body (42) further respectively have fixed column (403) and fixation hole (404)；Door column connects machine
When structure is matched with door component (12), fixed column (403) is through the first framework and is matched in fixation hole (404)；
Preferably, being additionally provided with frame fixing support (405) in the chamber (401), bindiny mechanism is made to be matched with door component (12)
When, the first framework is matched in chamber (401) and is further fixed by frame fixing support (405)；The frame fixing support (405)
Deck for the card slot to match with the outer profile of the first framework or with the matching ends of the first framework.
4. according to claim 1 column component, which is characterized in that the chamber (401) is set to the first main body (41)
It is interior；First main body (41) includes that a planar portions (411) and two sides are facial (412), and three surrounds chamber (401)；
First main body (41) further includes several reinforcing ribs (413), is set in planar portions (411) and side surface part (412)
At least one on；
Preferably, the bindiny mechanism further includes third main body (43), third main body (43) is matched with the first main body (41) outside；
It is connected and fixed between first main body (41), the second main body (42) and third main body (43).
5. according to claim 1 column component, which is characterized in that second limit assembly (320) includes mutually solid
The second anterior spacing main body (323) and locating part (324) connect, limit base (321) and limition orientation portion (322) are set to locating part
(324) on；By clamping, screw or hot melt is affixed is formed as between second anterior spacing main body (323) and locating part (324)
Second limit assembly (320).
6. according to claim 1 column component, which is characterized in that the upper shaft mechanism (21) further includes end socket
(233) it is matched with spring (234), end socket (233) with the free end of axis body (231), and cooperates rear head (233) outer diameter big
In axis body (231) outer diameter；Axis hole (232) is additionally provided with locating part (2321) at the connecting pin of axis body (231), and internal diameter is less than
End socket (233) outer diameter；Spring (234) is matched with axis body (231) outside, both ends respectively with locating part (2321) and end socket (233)
It offsets.
7. a kind of column limit method characterized by comprising
Door column component is configured, making it includes outer frame members (11) and door component (12), and door component (12) is openable or sets with closing
It is placed in outer frame members (11), and position-limit mechanism is set between outer frame members (11) and door component (12)；The position-limit mechanism
Including the first limit assembly (310) and the second limit assembly (320), the first limit assembly (310) includes lock tongue (312) and actuation
Part (311), the second limit assembly (320) include limit base (321)；Limit base (321) includes the first limit base (3211), door column
Position-limit mechanism further includes guide part (3213), and guide part (3213) is set on limit base (321) or lock tongue (312)；
Configuring the lock tongue (312) is matched with it in the first limit base (3211) and is formed as just section limit and two sections of limits,
First section limit is controlled by actuator (311) and two sections limit by guide part (3213) effect；When unlock, manipulate actuator (311)
Drive lock tongue (312) in the first limit base (3211) intrinsic displacement to realize just Duan Xiesuo, so that guide part (3213), which is in, to match
Conjunction state；In the state of keeping the unlock, driving the first limit assembly (310) is longitudinal relative to the second limit assembly (320)
Displacement, via the guiding role of guide part (3213), lock tongue (312) is kept completely separate out of limit base (321), to realize two sections of solutions
Lock unlocks the first limit assembly (310) and the second limit assembly (320).
8. the method according to the description of claim 7 is characterized in that configuring the limit base (321) further comprises the second limit
Position seat (3212), the first limit base (3211) and the second limit base (3212) are disposed adjacently；The depth of first limit base (3211)
Degree is greater than the depth of the second limit base (3212), and lock tongue (312) forms just section limit, matches when being matched with the first limit base (3211)
Two sections of limits are formed when together in the second limit base (3212)；
When unlock, actuator (311) are manipulated to drive lock tongue (312) unlock from the first limit base (3211), and in the second limit
Is limited in position seat (3212) by it so that guide part (3213) be in can mated condition, realize just Duan Xiesuo；Lock tongue (312) is matched
The state of the unlock is kept together in the second limit base (3212) inner wall, driving the first limit assembly (310) is relative to the second limit
Hyte part (320) longitudinal movement, due to the guiding role of guide part (3213), lock tongue (312) is out of the second limit base (3212)
Two sections of unlocks are realized in separation, so that the first limit assembly (310) and the second limit assembly (320) unlock.
9. method according to claim 7 or 8, which is characterized in that actuator (311) direction of displacement and lock tongue
(312) telescopic direction is identical, to drive it to realize just Duan Xiesuo to the first limit base (3211) contract；Or, the actuator
(311) direction of displacement is different from lock tongue (312) telescopic direction, by two inclined-planes for being divided into actuator (311) and lock tongue (312)
Or curved surface, the displacement of actuator (311) is converted to the telescopic moving of lock tongue (312), to drive it to the first limit base
(3211) contract realizes just Duan Xiesuo.
10. the method according to the description of claim 7 is characterized in that the method also includes: configure the adapter (220)
At least one of with the second limit assembly (320), it is set to it via bindiny mechanism on door component (12)；This column connects
Connection mechanism includes the first main body (41) and the second main body (42), and the two is affixed to be formed as bindiny mechanism entirety；First main body
(41) chamber (401) of the first framework setting for door component, the first main body (41) and the are formed between the second main body (42)
Two main bodys (42) are respectively equipped with fixed column (403) and fixation hole (404), so that the Men Lan bindiny mechanism is matched with door
When component (12), fixed column (403) is through first framework and in fixed in fixation hole (404).
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| CN201910795763.2A CN110409983B (en) | 2019-08-27 | 2019-08-27 | Door rail assembly and door rail limiting method |
| US16/587,920 US11371264B2 (en) | 2019-08-27 | 2019-09-30 | Fence gate limiting mechanism, fence gate assembly and fence gate limiting method |
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| CN201910795763.2A CN110409983B (en) | 2019-08-27 | 2019-08-27 | Door rail assembly and door rail limiting method |
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| CN110409983B (en) | 2024-05-24 |
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