HUE029968T2 - Sliding sectional door with lateral movement comprising a pivoting gate at the end section - Google Patents
Sliding sectional door with lateral movement comprising a pivoting gate at the end section Download PDFInfo
- Publication number
- HUE029968T2 HUE029968T2 HUE13155499A HUE13155499A HUE029968T2 HU E029968 T2 HUE029968 T2 HU E029968T2 HU E13155499 A HUE13155499 A HU E13155499A HU E13155499 A HUE13155499 A HU E13155499A HU E029968 T2 HUE029968 T2 HU E029968T2
- Authority
- HU
- Hungary
- Prior art keywords
- door
- gate
- wing
- leaf
- guide
- Prior art date
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
- E05D15/00—Suspension arrangements for wings
- E05D15/06—Suspension arrangements for wings for wings sliding horizontally more or less in their own plane
- E05D15/12—Suspension arrangements for wings for wings sliding horizontally more or less in their own plane consisting of parts connected at their edges
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
- E05D15/00—Suspension arrangements for wings
- E05D15/06—Suspension arrangements for wings for wings sliding horizontally more or less in their own plane
- E05D15/0621—Details, e.g. suspension or supporting guides
- E05D15/0626—Details, e.g. suspension or supporting guides for wings suspended at the top
- E05D15/063—Details, e.g. suspension or supporting guides for wings suspended at the top on wheels with fixed axis
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME RELATING TO HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS AND DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION, CHECKS FOR WINGS AND WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05Y2600/00—Mounting or coupling arrangements for elements provided for in this subclass
- E05Y2600/50—Mounting methods; Positioning
- E05Y2600/52—Toolless
- E05Y2600/528—Hooking, e.g. using bayonets; Locking
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME RELATING TO HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS AND DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION, CHECKS FOR WINGS AND WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05Y2900/00—Application of doors, windows, wings or fittings thereof
- E05Y2900/10—Application of doors, windows, wings or fittings thereof for buildings or parts thereof
- E05Y2900/106—Application of doors, windows, wings or fittings thereof for buildings or parts thereof for garages
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- 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
- E06B3/00—Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
- E06B3/32—Arrangements of wings characterised by the manner of movement; Arrangements of movable wings in openings; Features of wings or frames relating solely to the manner of movement of the wing
- E06B3/48—Wings connected at their edges, e.g. foldable wings
- E06B3/485—Sectional doors
- E06B3/487—Sectional doors sliding laterally
Abstract
The door has an end guide assembly (5) releasably connected to the door and comprising a coupling unit. Another coupling unit is moved between a coupling position in which the former coupling unit is attached with the latter coupling unit to secure the assembly of the door and another coupling position in which the assembly is moved with respect to the door. An attaching unit connects the assembly with a control unit allowing passing of the assembly from a position to another position when the door reaches a closing position of an opening of a construction.
Description
European patent application number: 1S1SS499.0 European patent number: 2628878
This invention relates to a sliding sectional door with lateral movement comprising a pivoting gate at the end section.
Sectional doors are for example used to carry out the closing of an opening of a construction, and more particularly of an opening of a garage,, hangar or similar, in particular when the height under the celling is limited or when there is sufficient place for the lateral clearance of the leaf. The term lateral movement means any movement different from the vertical displacement, and in general a horizontal movement.
Such a door is formed from a plurality of rigid sections juxtaposed successively and articulated in relation to one another according to vertical axes. This door can be moved between a first position referred to as dosing position wherein it doses off an opening of a construction and a second position referred tes as opening position wherein it substantially entirely releases the opening of the construction, in orderte carry out a passage though the opening of the construction without having to open the entire sectional door, it Is known to provide the latter with a gate, it is as such known for example via document 09-1,787,238 a sectional door provided with a gate.. The sectional door described in this document shows a gate constituted by the section of the door used for the pushing back of said door. it is also known to have a gate constituted by m end section of the sectional door, for example the end section which is opposite the section used for the pushing back which can sometimes be Integral with a motorised means for pushing back, in the closing position of the sectional door, the gate can as such have an opening position wherein it carries out a partial openingof the opening of the construction and a closing position which corresponds to the closing position ofthe sectional door, in order to pass from one position to the other, the gate pivots in relation to the axis of articulation which separates it from the neighbouring section of the sections! door.
Such sectional doors are used with an upper guide rail of the leaf comprised of two sections, generally arranged at a right angle in parallel with the two wails arranged themselves at a right angle of which one has an opening of a construction, with the two rail sections being connected by a rounding, The sections of the leaf are articulated in order to bo able tp move along wails inside the construction. In this ease, the pushing back section of the ::í?0s;itlöi3· is. substantially in a spandrel ofthe construction and is netusbb; as a pie dye to the fact that It is eopneefeb to the upper guida ?ali farmings rounding at this location, by an articulated arm makirgf Impractical the; pivoting opening of this section once the leaf is closed.
Snob known sectional doors ööntpnse a plurality of guide assemblies which are integral with sapper rail. In general at Sesstone guide assembly par section, in order m guide In the rail ail of cbe artipyiated leaf during its lateral movement.
Such sectional doors can be furthermore guided by a lower rail located on the ground land secured to the letter, coMinbous or discontinuous mer the length of move mén t of t he leaf. Such a i o wer rali does not however extend over the length of the gate, when the: seelbnafboor is In its:closing position in order to allow for the opening via pivoting of the latter. in known sectional doors, and in order to allow for the pivoting opening of the gate in closing:bnsitidn :of the sectional leaf, it can be provided that the end of the upper guide rail ! which is located over the gets does not reach the frame and he separated freon the latter by a space of a suffident length so that the end guide assembly of the sectional leaf which is linked to the gate esp exit from the rati in closing position of the sectional leaf and as such allow for the pivoting ofthe gate of which the guide assembly is no longer imprisoned by the upper rail;.
Such sectional doors can generally comprise a frame against which bears the sectional leaf in dosing position, in order to provide a seal and to dose the pivoting gate by means of a locking system. M indicated1hereinabove, such sedxona! doors are generally motorised, but. not exclusively; the gate; is in principie with manual opening.
The space needed fur clearance outside1 Of the rail:of the guide assembly which 1» linked to thegete,:In closlhgposltiorrofthe sectional leaf, has a main disadvantage which is to have to ii^ihtrpÄM't^flÄldi^ldtb^lPtQ'the rail when the sectional leaf opens via a lateral movement from its closing positlpn,: with: the pfe being in dosed position:. Indeed, fhisgeide assembly, which is pnetaly a carriage, sprnedlùeSfivotlhg; must be peseutediinifhe correct position ihfroot ofthe end openingof the rail Id: principle before the bolt of the lock of thergetd: has exited from the striker, and in addition, it is hot possible to completely ciose ids end of the rail subjecting theiatter to :th^ :gs^s#^râtío?í:itethermormanoiberdisadw Mtlvefaai^ thp:«#stfh| of tbfc tek of tbegste, mors precisely of Its boit. In the striker of the frame while the guide remap of the gate In its hatoltál fee? to its closing position is in the process of exiting from the guide rail.
This invention proposes to overcome these disadvantages., and to provide other advantages, as for exemple allowing for a simple opening of the gate, requiring no action from the user on the means for guiding.
For this purpose, this invention proposes a sliding sectional door with Moral movement for an opening of a construction, comprising a leaf formed from a plurality of rigid sections juxtaposed successively and articulated to one another according to vertical aps, abletd adopt by a latere! sliding movement at least the two following extreme positions: ma- closing position Of the construction opening, and - an opening position of the construction opening, ·· ope of said sections defining· an end section of the leaf having the following dual functionality: “ integral end paftOf the slidlngseetionaitef, paftlclptln|fn Its dosed position in closing off said construction opening, · gate for passing through use leaf in its closed position, pivoting about the vertical axis of articulation; on the juxtaposed leaf section, arid designed tp adopt by pivoting st testibe followlhg two positions; - 8 position of partial opening of the construction opening, -a dosing positinp pith® cppstructlon opening, * said enddactlonfpf use asspte being disposed, in the closing position: pf the ieaiyatthe end of an upper guide rail,. * said sectional door comprising e gute assembly beefing on sold Upper guide:: rail and:Intégrai with saldpte for gdidirsg: the upper pad of thefatter during: the lateral movement of the leaf, said guide assembly of the gate being Integral with the latter In is adjacent to the iaterai free edge pf sold leaf, and said end guide assembly,:
According to this invention, the end guide assembly is removably linked to the gate; said end guide assembly comprises first coupling means; the gat® comprises §@eo**& sfete to passer from s iBüt COt#lihi pmitte»- whemîn $m first ooupllni means eooperate wlthThc mmnû coupling meansIn such a way as to make the síid gull® assembly Integral with the gate to g second coupling position wherein the end guide assembly Is mobile in relation to the gate,, with the second coupling means coopersiting with a control atop allowing them to pass from their fir# position to their second position when the sectional door reaches its closing position et the opening of the construction.
The means for the end guide assembly and of the gate make it possible to leave this assembly in the rali while sti authorising a pivoting opening of the gate ip the closing position of the sectional: leal The gate can as such be guided more easily to the final closing position;of the sections! leaf, and when the gate is open or closed with pivoting., the guide assembly is no longer protruding above the latter, furthermore, with a door according to the invention,. It Is possible to use the iatetai rnovementto uncouple and souple the end guide asserobiy of the sectional leaf add the gate, without adding any particular manoeuvre for the operator who is rnanipulabng fhe openinger the Closing: of the gate or those of the sectional leaf where ppplieablP,
Accord ing to the inve n ti on,: - the first coupling means: comprise a vertical rod fixed tosa id end guide gate beyond1 said upper rail, - the; secdntf coupling means comprise a latching means fixed to said gate and mobile with the latter, designed to engage around said vert leaf rod sops to cooperate with the latter when the gate Is InMclosed positipn, and a slide associated with said; gate and mobile in transiationai movement on the latter in the direction of iateral movement of the leaf and adopting at least the foiiowing two extreme ppslficshs: - a locking position of seid latching means engapd on the vertical rod of said guide assembly, -an un I obk ing position of said1 latching means, apd the cPntrOiCtop is arranged and fixed to à frame of the sectional door, such that it actuates said:slide during the lateral movement of the leaf,. os follows: ·* towards ÍtSiuntói«g;^§jt}op:pf'Íiib1|íWni' means when the loaf sHdebly approaches Its dosing position; and 'towards Its locking ppsltioh: of f he latching nseaM when the leaf slidably leaves its oioslng position to move towards Its opening position, feeordingto an advantagaoös aharseíerlsíl^ said:sectional door comprise rgspegd^imeaos fprstoijpidig the slide in '.its^^extrerne positions,. pusher cooperating with a rigid %»ρ^ &mÉÎ said resilient posher or rigid finger bemg associated withthe slide, the other said resilient pusher dr rigid: finger feeing associated with the franfepnb arranged thereon: such that: - the; rigid-finger hears on a first side of the resilient pusher When the leaf approaches its dosing ppslflpfe the pusher then providing an opposing resistance designed to mov8Ä:sl:lädt<3dfes:»ntöcNiMiÄft§::öflfte latching means: under th® effect the continuous movement of the leaf towardsltsdosing position, then as the siide arrives at; the limit of is sliding travel and thelleaf continues its movement towards its dosing position, the rigid finger crosses the raslflsmt posher by resilient displacement Of the latter so that it Is positioned on the second side of the resilient pusher opposite adld first side, the leaf thenibeirsgin the dosing position and the latching means being unlocked., and that - the rigid· finger hears orrá: second side of tim resilient pusher when: the; leaf slidably iipayes its cteslhg position towards its opening position, the pusher then providing an opposing resistance designed to move the slide to its Inverse locking position of the latching means under thé:effect of the continuous movement of theleaf fowardsltsopenfeg position, then astheslide arrives-at thêl!mt.of1ts-sildi^:jrw#idd: the leaf continuedifsimoyem^ opening position, the rigid finger crosses thefgÉHedlrfiüSMr^mslííent displacement of the lettet: so that ills positioned Oh the first side of the resilient pusher opposite the second side, the leaf then being ebié to: continue its movement towards its opening position and the latching means being looked<
According to an alternative to the preceding characteristic, said; sectionei boor further comprises: - resilient return means for returning the slide to its locking position of the latching means.. - the control stop, being rigid end oeoparsting wíth:;pid.s!ldep:!St|fxód'.tö"thé frame and arranged thereon such that: slid« hears or? eaM rigid control stop when the loaf approaches íi&ebslfíg position., tlÎd rifîd côdtrotstop íheh:pfóW'díng:dh opposingresisiance designed to möké the slide Into Ils : position nf^niockinitheiatsding means under the effect of the cootinuous iffiovemefn ùf Ihn leaf Up tods closing position, the latching means: being unlocked inth®dosing poition of the inafo and that - ttesiide resumes Its ioedng position of the latching means, under the effect of the tesilienf rrMnrn means of thd dide, when the ieafsildbbly leaycs Ifs closing position towards its: opening position, Oy spying sway f root said: rigid stop,: the latching means: theoMng locked In an automatic mennem TW§:pt«ferreài}t«r^lyfî'tfdriit lesser impact ón the siidingof the seeflonsi leaf due totheipresence of the resilient means of iiwkurn of the slide.
According to an advsotageduscheraetOnStíc, said vertical rod fixed to said end: guide assembly and extendin|:towards said: gate beyond said tipper rail, comprises an outer rotating ring cooperating rotatably with: the slide, during pivoting closure of the gate, So as to :move the slide towards its unlocking position # the latching means, against the resilient returning force of the slide in its locking position of the latching means.
According to an advantageous characteristic, the sectional: door according to the invgntloo eoíAprlses said end guide assemhiy, arranged and fixed to the frame so as to guide the verticai rod at the end of the lateral movement of the fear, and to hoid the latter In the guidemeans attached to thé frame, in the cioslng position of the leaf,
This characteristic makes it possible to better link the guide assembly to the frame:In the ciosing:position of the sectional leaf, In order to make firmer the ahd of the slide where applieafeim with the verticai:rod, in partlcoiar during the closing and the opening of the pivoting gate.
According to an advantageous characteristic, said latching means comprises a notch lorabating the verticai rod of said end guide assembly, which is open towards a face of the gate.
The face of the gate towards which is open the notch of the latching means Is the face that is facing the frame of the sectional door or of the verticai rod during the opening®? the gate. m ed»*8|§öus characteristic, the guîd© means: comprises s notçh for seating the vortical rodiof said endgolde assembly,: which is open towards the face si the: verticsl free; edge:of the g« whafriha feat approaches its closing position, this characteristic allows for so easy lateral maintaining: ofthe pmtrudiniend of the vertical rod wheitthesscT-onni leaf is Id cibSisig position. In particular for the opening and the closing of the gate. The vertical rod is as such, in this position ofthe sectional leaf* maintained at its two ends, with thp; other end mainfainsd by the guide assembly itself in the upper rail. The arrangement of the notch of the means for guiding Is defined so that the vertical rod can engage therein at the end of the dosing of the sliding leaf: the notch as such extends in the direction of the guide rail or the direction identical to the lateral movement of the sectional leaf.
According to an advantageous characteristic., the sectional door according to the Invention comprises; - lock means associated with said gate for closing and pivotally ioeidhgthé latter or? the frame of the sectional door, said loch means being providedwith a bolt designed to engage with as striker formed In the frame, said boit engaging in said striker at the end of the iateraf : movement of the leaf in Its closing position, and » means for grading the bottom piiit::öfttoptig''V^Ofyfe!i|if approaches its closing position, so that the bolt Is:held facing the striker at tha entry thereto.
The means of the: lock mate it possible to dose and open the gate similar to a convehtionaf dodri using a handle and advanfapously a systemfor locking with a key or similar. The m^8'n§:part of the gate when the leaf approaches its closing position improve the correct relative positioning of the bolt and of the striker at the end ofthe dosing of the leaf, due to the pressure that is exerted by the seal or seals on the gate and which tend to laterally offset the doit from the striker.
Note that these means for guiding the lower port of the gate when the ieaf approaches is closing psitlon, are independent ofthe other ehametsmties of this invention, and can be used separamly, for example with a sectional door of the technical beid to which the Invention relates such as described at the beginning ofthe fascicule, in particular sectionaf doors having aspace between the end of the rail and the frame. This also applies to the means tor guiding ofthe lower part of the gate such as denned hereinheiow.
According to p advamagedus: Charakteristik, Said Mii for guiding tip dPtem part of the goto when· thelaai approaches its dosing position : cpmpriso: - a guide wedge, fixed to the ground, for guiding the totem port of the gate In the hlfoetlon of lateral movement of the leaf, which is active at lasst when the leaf approaches its dosing; position, · rMrmiahfarQi tnem& m^clmá with the bottom part of the gats in a mm cioso to the vertical froemcige of the latter, and cooperating with said guide wedge toben the leaf appreactoofíi|ps)^,jpfliS§lt1öh* said retractable rad means being mobile at ;east between the following two extreme positions; » a projecting position beyond the bottom edge of the gate, in which said retractable, rod is designedito bear against said guide wedge, and * a retracted position in which seid retractable rod is designed to be : placed When ft Is hot bearing:dn said guide wedge,
ThemMns ofthedefooctabie rod are used for the guiding of the gate while still authOrisingi a transverse crossing of the: guide wedge, This dfossinf tánifccáfrieato %' a retraction of the rode confrolied by the means of the iock when they actuate the opening ofthe gate, for example by the manoeuvring of the bolt of the lock, or by m automatic retraction of the rod during the opening of the gate.
According to an advantageous characteristic, said means for guiding the bottom part of the gate when the leaf approaches Its closing position further comprise: • means for returning the retractable rod to the projecting position, ·· sloping ramp means., in the shape of an inverted V, fixed to the ground, arranged fading the retractable tod means when the leaf is in its closing position, the arms of the ¥ being oriented in a direction perpendicular to the pia ne of the gate,, such that: the bottom of a first ramp, defined by a free end of one of the arms of the inverted V>. Is located substantially the leve! of the lower end of said retractable rod in its: projecting positlon, and that -· the top of said first ramp, defined by the apex of the inverted ¥ Is located substantially at the level of the top of said guide wedge, and that - the free end of the other arm of the inverted V defining a second ramp Is located substantially at the level of the lower end of said retractable rod in its projecting position.
According to the: dtamcleristlc: hwrdiwtKW* the first Mima# flW 4©d the second kelted fimp .sitaMTfiP tfe&aytdbm Is etrtslftg öfthe; retractable rob during ifeb m&Àn$ opening ä»d dosing of the gsm. The recalling of the retractable rod Into protruding position con he obtained simply by gravity or by resilient retorn, for exa?npie by moans of a spring. 0ther charaster!sties shall appear when reading the Mowing description of several of Informstibb arid which do not limit the
Invention using the annexed: drawing whereon;
Figure i Is a general diagrammatical view In perspective of a door according to the Invention, seen from the inside of a construction and In dosing position;
Figure 2 shows on a larger scale the detail A of figure 1, for a first embodiment, showing more particularly an end guide assembly of a gate, with the sectional door feeing ehpwn pamMSy open approaching: Its closing position, with m Wtf guide fail not shown in order to see the guide assembly;
Figure 3 shows a view similar to figure 2, in the same pcrsitlo^ of the sectional leaf, with the Upper guide raR; shown; f igure 4 shows a top view of the detail of figure 2, the sectional leaf being shown in a more advanced position of closing, which 1$ In the vicinity of its complete dosing position;
Figure S shows a view similar to figure 4, with the sectional leaf shown In Its complete closing position, and; the closed gate being able to be pivotingiy opened, with the end guide assembly not being shown: in order to show the latching means;
Figure 6 shows a perspective view of the rear and as e cross-section along the axis of the vertical rod of the detail: A of figure I, more particularly of the end guide assembly, the sectional leaf being: shown In closing; position and with the gate ©pen;
Figure 7 shows a perspective view of the rear of the detail à of figuré 1, with the sectional leaf shown ip closing position; and the pte feeing shown as pivoting a pproach to dosing;
Figure 8 shows a perspective view of the front similar to figure ?, with the gate being in the cloying phase, in contact with th© frame, and thé upper rail not feeing shown in order to show the means for coupiinpuncpupiing between the guide assembly and the gate;
Ingere $ shoves f perspective vlewofth® mar slmfeto figure S, wifvth® gst© ;^ngin th$ most advanced pliass öf cílösiftg, with;the slide having started to befushed mto fheimfecidng position ofthemsaos of the: bolt under the effect of thebeandg on Ibe vertical rod of the guide assembly; :%ure lOshows a top wow of the gate in csmpliifemihsihf position, siidfi# to figure Si Wlth the guide assembly being Shown äböVe-feg|5tf,. ttm seen M-<^^^Íitexbé}n|'P!ö§lt|lfiRj figure 11 shows a top view; of ïhe ssctfenai kof of the bsginhlhisf the opening; phase, token aboyé the gate, god showing the automatic locking of thgmeans of the hoff, with tbé end guide assembly and the upper rail nofbelngshowo in order to view thomeans for coasting;
Figure :l.2shows an enlarged view of the detail B of figure i, in perspective of the reer, showing the tower part of the; in the position of approachfor dosing of the sectional leaf; figure la shows a view simitar to figure 12: and exploded., in perspective of the mao showing in idatssll the retractable rod;
Figures 14Ά to MC show three views in perspective of the means húgaidéig of the tower part of the gate when the sectiona l: leaf is: approaching its dosing positlom cormspondfhg to the three operatingsteps,. respectively1 elosing approaches of the sectional ieaFfor figures iManei 148, and complete dosing of the latter able to be : pi votl ngly opened ίο r figure MC;
Figure i|S is a lateral view id perspective of the lock of the gam in its closing posit 10n, the sectional leaf being tn comρ lete ciosihg; position;
Flgure lb is a iperspective view of tbóitbürpani exploded; of the detail A· of figure :l accord Ing; to s second1 embodiment of thé control stop of the slide, with the rail being: shown partially, and the seefteai leaf being mapptoaehfng posltionof dosing;
Figure 17 shows a view similar to figure 16, with the leaf beingishowhio: a:more; advanced position of lbproadhib|;:ciosibg(:.vvi'th:the slide be mg In the dnlGckmg phase of the latching means;
Figure lf shows a view similar to figure l^ wlfb the uniocklngo! the1atddpg: meads being more advanced, with thé sectional iealèaJhgfin imminent closing phase;
Figure 19 shows a vlewsimllor toifigureili, the sectional: leaf being in; comoiÄ ciosiog:position, gate closed; iugereiOis a perspective vidwoí the frontet the detail A of figure laccordlng té tb@i:second ernfccdimsrvt of the control step of the slide, in the same leef position of the mafmdQftfm
Figure it l&srtóhfir perspective vfew pfthe froet of the detail A ^figure 1 aceening te the second embodiment of the control stop of tip slide, the sectional leaf being shown in dosing position end the gate at thesbeglhnlhg of opening;:
Bpre 21:shows a view similar to figure iS; the gate; heingeiosedenh the seetowi leaf Imposition for its opening by lateral movement;:
FlgursAB sbows:g: view s|fni|a!· to figure 22; the sectional: teal being iin phasmef start^|'#Hdi%öpip|jí^,;^fth thé: latching means in: Socking phase; m$-
Figure 24 shows a: view simlist to figure 23,withthe sectlooel leaf Ip mom aduan&edmpenlhg phase, with the latching means: being locked,
The expression “sectional leaf In Immihuht OlPSlPg position” means that the leaf is approaching: for dosing, gate dosed, with the slide coming Mo contact or being about: to come 'into contact with the fixed stop of t he frame, and tire belt of the lock not yet being engaged In the striker.
The expression “sectional leaf In dosing position“ means that the leaf Is ip -ebsing abutmedtibÂfêt the gets can be opened or closed.
The expression “sectional leaf in complete closing position ’’ means that the leaf Is In closing abutment and that gate is closed.
The sliding secdohai door with lateral movement shown in figures. Is a deorfor the opening 6 of a construction,·fii.exemple a- garage door, comp^§lng;tfi#:i;fetmipd of a plurality of rigid sections, hg:re:five rigid sections 2a, .2b, 2c, 2d, 2e |yxtaposed successively and arflpplated oh Ope:«nether according to vertical axes 3, as shewn In figure 1.
The sectional ieaf 1 is able to adopt, via a lateral sliding movement at least two fdiewih:! extreme positions: - a; closing positlonof the opening: 6 efthe construction as shown in figures!:, S; 6, 7, :8, S, 10,14(¾. 15,19, 20, 21, and 22, and - an·:opening position of the pperdhgd: of the construction pun shown as cdmpleteopening),.
One 2e of the sections defines an end section 2e of the secfionai leaf 1 having the following dual functionality: - integral end pa*t of the sliding sections! leaf 1, participating In its closed position In closing oft of the construction opening 6, such as for example shown in figure i, - gate 2g for passing through the sectional loaf Î In its dosed position, pivoting about the vertical axis ot artlguiatioo f on tile juxtaposed section 20 of leaf i,. ansi designed to adopt by pivoting; gt least too following two positions when the sectional leaf :l is ip the ciosing position:: - a position of pgrtieTopenlng of the construction opening 6, as shown in figure 5, - a closing position of the opening I of a;construction, as shown: in figures |, ii| 1S,14C, 1¾ m 22,
The end section for use as aptele is dlspösédpinthe dosing posmon of the sectional loaf 1, at the end 7 of an uppsrguide ralli4, SPC& for example shown sh; figure 1,:This: upper guide rail 4 pf known manner and as shown in figure x, runs along the lintel of the opening 6 and the wail at a right; angle juxtaposed tOithat Of theopenlng against which the sectional leaf 1 Is placed in Its opening position. The upper guide rail 4 forms two rail Sections connected by a portion of rounded rali ίο the spandrei it is in no way considered here that, the section ia of the sectional leaf Iwhich Is iocated in the spandrel in dosing positiorp under the founded guiderai! portion can be usedasa pte: indeed, this section Is, specifically because of the rounding; thrust apinst the: opening by means of an articulated arm which renders the pivoting opening of this section delicate; The invention therefore only relates to the end section of the sectional:loaf which can be guided by a; guide assembly engaged in the rail.
The sectional door comprises a guide assembly S hearing on the upper guide nail 4 and integral with the gateje for gyidingtbe: upper part B of the latter dptihg the lateral movement of the sectional leaf 1, this; guide assembly S of the upper part 8 of the pte 2e being; Integfeiwitb the latter In an upper rone i of the pt# 2e which:Is;adjacent: to the lateral free edge IIP of the sectionai leaf 1. This guide assembly S; is referred to: as end guide assembly $ of the sectional leaf 1. Generally, at least one guide assembly Is present for each sectional portion of the sectional leaf,
Such # secflohai ddor Is known In prior art a nd; therefore shell; not bedescrlbed in more detail here.
The sections! door shown according to the two srnboclimsnis lurther comprises according to the invention: -means 11 te uncoupiing ths end guide assemhfy S and rhegate 2% in the closing position of the leaf 1, as shown in figure S, in such s wav that in this position of the sectional leaf i, when the gate 2s passes hy pivoting from its dosed position to its open position, the end guide assembly S remains positioned in the upper guide rail 4 as shown in figure d for example, and - means 12 for coupling the end guide assembly S and the gate 2e, in such a wav that these elements are linked to one andth^r during the lateral movement of thé sectional leaf 1 from its dosing position to its opening position, as shown in figure 11. The couplingcan fdr sxampie be produced during the beginning of the movement of the leaf I, from its dosing position to its opening position., as shall be explained herelnhelow.
The means for uncoupling 11 or coupling 12 the end guide assembly S and the gate 2e comprise: • means 13,14,17 for iocklng the end guide assembly 5 on the gate 2et and -means B for uniocKingthe eh&pltii th'ë' pïi'le, - p control stop of the means for Idcfesng 13, : 14,17 and for unippMhi IS kffcht siding lateral movement of the sectional leaf :lf as shown In figures Spl|,l$,23, ás shown infigures 2 and ieecordingtoithe Invention, the meanefor uncoupling I t or coupling 12 the end guide assembly 5 and the gate 2ecomprise:: -a veÉlcaf fod l7IMed:to the end gyWirâSMi^iàîy.-Si^rtdlexténlff^ towarcis the gate 2e beyond the upper fa 114, ~ 2s anti rndhile with the latter, ahielo be engaged around the vertical rod 17 in order to engsp with the latter when the fate 2e Is in Its dosing position, - a slide 13 associated with saldgate ;2e and mobile in translation:on theilattor in the direction of leterarmoverbentcT the leaf Band adopting at least the following two extreme positions: - s locking position of the latching means 14 engaged öh the: vertical rod 1? of the guide assembly 5, such as shown In figure 2 for example, - an unlocking position of ^the latching means 14, such as shown In figure Sifor example, -»osntrol step :¾. grtsngid to te« frame 18: of the sectional dböry such tHst ît actuates said tee 13 during the lateral: movement of the: sectional loaf :1.. as follows' -- towards its unlocking position Of tee latching: moans: :14 when the sectional leaf1 1 slidably approaches: Its closing position,: as shown in figure S, and - towards Is locking position of the iatçhing:teesM:i4 when theMCtionai testei slidably leaves Its closing position to move towards its opening position such: as shown In figure :i:i. in too example, the end guide assembly § of the pee 2e Isle: guide carriage:, for example with four wheels, of known type>: with: the four wheel: being rotatingiy mouhted on # frame of the carriage whereon the vertical rod: 17 is secured anti: associated: with the gate 2e> This assembly $ is free to roll in the upper rail 4, the: latter comprising a lower longitudinal: slot for the lateral movement of the rod: If through it all along the lateral movement of the sectional leaf I. The rod 17 IS: associated with the gate 2e, ina releasable manner as shall be explained. The rod 17 extends vertically for example ire front of the frontal tranche of the gate 2e which Constitutes the free lateral edge M of the sectional leaf 1, as shown in figure 2, A system of latching means Ï# end of slide 13: makes it possible to associate the rod 17 to the gateSe and to lock into the latter In an Mhlockahie manner.
The latching means 14 Is cömpHsödiof a rigid: hiebe secured to the upper tranche of the gate 2e as shown In figures, in particular figure :¾ for example by means of screws 40, in such a way that the rigid blade extends frontally beyond the verticol tranche of the gate |e. At the end of this rigid blade which:extends beyond the verticaltfanche of the gate 2s, a lateral notch 27 is formed In order to house the vertical rod 17 of the end guide assembly 5 as shown in figure % ter example. This lateral notch 27 Is open: towards a lateral face of the gete 2e as shown in figures 8 or i>: which is facing the upper rail: 4 when the gate 2e pivots, in such a way that the rod 17 penetrates Into the lateral notch 27 at the end of the pivoting closing of the gate 2e as shown in figure 9. The notch 2? which therefore extends in a direction perpendicular to: tee plane of the gate 2e. constitutes a means ter driving the vertical rod 17 along the rail # during the lateral movement pf the sectional leaf 1, a gate 2e of course closed, and therefore a means for driving the guide assembly 5. The latching: means 14 alone do not however make it possible to offer a locking of the rod 17 of which the latch 14 and the gate 2e could be cfea redl ia.ah' unttr^'iy «^wer fey fiyatte# of 'the gate 2μ«μ¥!$ th&Mmémmrnmm o? the sectional leaf i. The slide 13 makes it possible to unlock the rod 17 on the latching means 14.. ossKpislhed berelnbelpw.
The slide 14 -¾ constituted for example of a rigid plate mounted shoveThe latching É» H to a siloing manner id the longitudinal direction of the ÍStérel movement of thesectlonsi leafl, as shown in figures 2, 5 ..8 or § for example. LongifudiMr grooves that exist or that ars provided: for this pyrpse on the upper transverse profile that eomphses the gate te can advantageously be used to provide the guiding m translation of the slide 13, as shown. One end of the slide 13 comprises a notch 41 which extends bevond the tetei yeiticaf tranchgof chegate 2e Ih sueh a way as to close the opening of the notch 27 of the latching meads 14 as shown In figpre 13.. in a locking position o? the latching means 14 engaged on the vertical rod 17 of the guide assembly 1- As such. In this position, the rod 1? is locked In the assembly constituted by thS'.fehl^p^ansM^hd the slide 13.
According to the first embodiment shownIn fsgyresllto 11., whlchshaii now be described, the slide 13 is furthermore linked to the upper transverse profile constituting the pte 3d or the iatching:means 14> advantageously by a resilient connection, for example a means of resilient return 23, In particular a spring, as shown In figure 5, The spring 23 has for effect to aOtamatlcaily return the slide 13 to its locking position of the rod 3?,
The sectlpnal door preferably comprises: - the resilient return means 23 for returning the slide 13 to Its locking position of the latching means 3.4, “ the control stop 24.. being rigid and cooperating with the slide 13., is fixed to the frame 18 and arranged thereon such that; - the slide 13 bears on the rigid; control stop 24 when the leaf 1 approaches its clüsíng Position,: the rigid control stop iithooprovldlng ah opposing resistance des|pfeäit^mov#:|MÄf.l3%t#itS position of unlocking tholpfchlhgmnPhSM under the effect of the eontlhudus imdvement of the leaf 1 up: to its closing: position, the latching means U being unlocked in the closing position of the leaf 1, grid that * the slide 13 resumes its locking position of the íatúhingrnssns ifounderthe; e:ffect of the resilient retyrn: means 23 of the slide 13, when the leaf 1 sMOsbly k^v&s its closing; position towards its opening poslpon. fey moving; m&fitom itfss rigid contmi stag 24,; thß; latching: means M ïNéri; being locked in; a«: automatic manner with the imprisoned rod 17.
Tim rigid control stop 74 is for example formed $n the:vertical riser of the frame X8 of the sectional door, lathe upper portion: or the lettest és shown In figure 2 or | fpr example, this control stop 24 is arranged more preferably 1rs such a way as to be feeing the slide 14 in the axis of the latter in order to facilitate its sliding. This control step 24 will advantageously have the shape of an Inclined plane at 45“ in relation to the direction of the lateral movement of the sectional leaf it, as shown in figure S In particular. A conjugated inclined plane 16.. also at 45* in relation to the direction of lateral movement of the sectional leaf, shall be formed at the angle of the end of the slide 13 which Is at the front of the tranche of the gate 2e and which enters Into contact with the rod 27 during the pivoting dosing of tho gate la.
The conjugated stop 16 of the slide 13 is for example chosen at 45’ In order to also allow for a contact and a manoeuvring of tho sildé 13 In the unlocking; position of the rod 3.7, during the pivoting closing of the gate 2# as shown In; figures i end % indeed, the resilient means of return 23 adtomaiiceliy return the slide HI to the looking position pi the latch % the: system automatically: locks itself without the: rod X? when the gate te Is opened Âpivæting, as: shown in figure 7, add closes the entrance: of the notch 27 of the latching mdáhs Iá As such. It Is necessary to: provide an unlocking: of the latch 14 when the letter is present :ih: frorst of the vertical: rod 1? during the pivoting closing of the gate 2e, This Is also the role of the cohjugated stop M offhe slide 13, In thf eksmpie arranged mMK to allow for the résilié#· erasure of the slide 13 In front of the rod: ll: so that the noted 27 of the latch £& can he: positioned around the rod :|3 during the closing of the gate 2e as shown in figure 3.
For the pur pose of facilitating this operation, and as shown in figure 9 for example, the vertical rod 17 fixed to the end guide assembly 5 and extending towards said gate 2e beyond said upper rail 4, advantageously comprises an out# rotating ring 25 cooperating rotatably with the conjugated stop of the slide 13, during pivoting closure of the gate 2e, so as to move the slide 23 towards Its unieckini position of the latching: means 14, against the resilient returhlng force of the slide 13 m its locking position: of the latching means 24. The ring M makes It possible: to fransform; the friction of the síidé 23 against the rod 27 into a rolllhgof the ring 25, less resistant.
Preferably, as shown more particularly ín figure? δ and 7, the sectional door shown éompisps S; means 2#fpt guiding the verdesi rod 17 pf spldend guide assembly ü|rli«páaaá írná ta the frpme 3Ä1» m topics the vgftícgji r&rf if at the end: of the lateral mtokétbent Of the seetjdMl leaf I( ;andttehöid:tfi.e lister in thegulde meansM attached Id: the frame IB. in the eipsini psítton öf the leaf 1 These meehs ii ^f iusdihi can he fer exemple a square or any other ; pdf t secyredtothe Vertical portion of the frame 18, that hass horizontal portion that comprises mop: preferably e notch 28 in order td house the yertlcai rod 17 of the end guide issembly % which is opened towards: the tranche of the free vertical edge 10 of the gate 2e when the leaf ! Is approaching Its closing position, f liese means for guiding 26 have no other function than that of maintaining the free end of the rod 17 that extends beyond the rali 4 in order to facilitate the operations of unlocking and of locking the latching means II4, and Incidentally to facilitate the pivoting opening and the dosing of the gate 2e. The end of the rod 17 of the end guide assempiy 5 is housed in the notch 28 of the means 26 for guiding at the end of the complete closing of the sectional leaf 1, in order to further Improve Ä the guide assembly $ in the rali In the eioslhg position ofthe seotldnaiieaf 1, s#d in pa'rltdylir'th'WÖ'éf ío^bitifst&éss operations ofthe pivoting closing and openidgof the gate 2,e, the sectional door moire pp@|grg:|*lV' eomgfiÂHâi isho^miflphépâfrtfeùlsrly in figures l td 10, a means 42 for blocking 1rs the rail 4 of the end guide assembly I when If is In closing position of the sectional leaf L This means for 'blocking 42 can adopt the shape dba plastic wedge nested in the Inner section of the rail.. Introduced for example toy the end of the guide rail 4, against which the wheels of the gulde assembly 5 Slightly mb aplhstat the dndlof the closing df the sectional leaf 1, The essential role of this means 42 of blocking is to guarantee that the vertical rod :17.. and therefore the guide assembly cannot toe moved loogitUdinaliyln an untimely psannerih the guide tail 4 between the moment when the gate 2a is open andithst when it is eiosedy|<e> tlM: time: du ring which it isno longer associated with the guide assembly f «ftitefmorm a good nminteiping of the assembiyS In position makes It possible to make the movements o? the slide in firmer and more precise generated by the contact against the rod 17 or more precisely the ring 25 during the eiosing of the gate 2e but siso during Its opening in order to allow a franker cica ring of the latching means 14.
The sectional door me aréfofablv eom#.Ésés> as shown rnOre osrM figures 4» % 18, siti 31:
-jpCkmoans 19 essociateiwith the gats I© fir closingaud: pivotally locking the Tatteren thé ftamelS^tN-'^tlôKsiioofvtM^çktmigaii; 11¾¾¾. pplá «t-Wkh; $ bolt 30 designed to engage Äs tfftjHiffr SI formed W engaging in the striker 3X at The end of the lateral movement of thesosÄnai leaf 1 in Its eiosmgiposibna, and - meeds 32: fdr gofding the bottom pert 33 of the gate 2e when the leaf 1 approaches its dosing position, sa lhatthe boit 30 Is hold facing the striker 31 at the entry thereto;
These moans 29 of a iockcdn be of the cotwentionaiitype, suchastbose ;ptOyfded on sectional doors of prier art2i il § Spck ean he seen as a top view in figurés 4, :¾ 10, and ii and gypstándally seen iateraliy lb figure :!S, They comprise for example a handle or morf partlgolarly a drosvtab 43 that allows an operator to manoeuvre the bolt 1Ö of the lock the gate 2e when the sections! leaf 1 is In complete closing position. The operator laterally pulls on the pie 2e after having pufledon the drawtab 43 In order to clear the boltiöfrorn the striker 31, The lock; 29 opmtos such as a lock on a conventional pivoting door. The lock 29 can comprise an additional locking system 44, for example operating with a key or similar tharmakesTf possible to lock the lock in a conventional manner, on the striker.IX and/or si other points of locking, for e^mple wÄthre®· points of locking at the top., bottom end middle of the lock. The lock 29 is secured to the gate 2e in the medium part of its height. mote that the means 29 of thedock can be used; alternatively to the example which Is described hereinabove, id order to actuate thé slide Ilk According to such an •:.aíi®c^ivf;|n^.||dwn)whÍMs mt part of the Ihventlon, the control stop 24 of the; unlocking of the slide .13 can on suppressed, and tho sections! leaf 1 then arrives; In Closing position with the rod i? imprisoned by the latching means 14. st is therefore fht handle of the lpck;29 that will actuate the slide 13 towardsithe rear so as to open the notch 22 pf thé latching: means :14; as auch authorising the;opembg of the gate 2e by ipuilihl on Its manoeuvring handle, with the rod 12 being 1m to exit from the notch, Td this effect; thé slide Xlcah be controlled by connecting rods: associated with the lock, possible with MveigearsySimilar to t conventional connecting rod;of a multipoint lack.
Of course, an inverse manoeuvre will make 1 possible to lock the latching means 14 with the vertical rod 17 imprisoned, during the dosing of the gste le, by means of the manoeuvring handle of tbs look 29.
When the sildmg esctloneiteaf t is moved to Its closing position,: approaching ihe closing, the bolt 30 of the lock 29 must be able to engage Ini the striker f i according to the lateral movement in translation of the losr 1 ss shown in figures 4 and $. in figure 4, the loaf I lf io latsrsl moMrtsenf to its closing portion and; is in Imminent position of dosing: the silos 13 just comes Into contact with the control stop of the fmme IS and the bolh3Q is posent facing the strikedfbut Is «dipt: engaged in the latter.
In figure Snphioh shovrs the complete closing pos ition of the sectiOheUeaf lythe slide 13 has cleared the opening of the notch 27 of the latch 14 and the bolt 30 has entered: into the striker31; the gate M is then In position to be opened by an operator vie the simple manoeuvring; of thehandla or of the drawtah 43 of the iopfe 29, with the condition thdtthe locking of the latter is npfptiyafedv between the two figyresW andS, the leaf I, continued Its lateral slidlni course to Its closing position, while the slide 13 remained Immobilised In relation to the frame 13 by means of the control stop 24 which Is fastened onto the latter, In light of the pressure exerted by the seal 45 bearing against the outside iatera! face of the gate 2e at the end of closing of the sectional leaf 1, h«l wh ich tends to open the gate 2e with pivoting, it Is preferable that the control Stop: 24 beatm«gehin such: a way that the slide: 13: hasmofc entirely released the latch 14 before the boh 30 has:penetrated into the striker 3:i. because of this pleasure offhe seal 43,: and In light of the msdiapppshlon of the lock:29 nn the; height of thegatode, the sectionel door shown advantageously comprises means 32fer guiding the lower part 33 of lhe gate ie as shown In figures 12 to 14C., which Shall howle described
The means la folfiuiding lheriowar part 33 of the pte 2e are suiÄd för the two described embodiments ofthe aectiohal door according to the fhyendon, and more widely are also ottei«Äödimentsrdf a§f dddÄädor, which até part of the known sectional door such as desÄed at the beginning of the description part of the embodiments of a sectional door according to the invention, as indicated. 'Hue means 32 for guiding the bottons part 33 of the gate 2e when the sectional leaf 1 approaches Its closing position advantageously comprise: a guide wedge 34,. iked to the ground, for guiding the bottom part 33 of the gâte Selo the direction of later al movement of the leaf !.. which I« active at least when the iegf :i approaches Its closing position,. - retractahie rod tneaes 35, associated with the bottom pert 33 pi the gate le \h a tone close to the vertical free edge 10 of the latter, and cooperating With the guide wedge 34 when the leaf 1. approaebesths cibsinf position, the retrsctahie tod nteans:33: being mobile at least between the following two extrema positions; - aptpjeetlng position beyond the bottom edge 3¾ of the gate ip, in which the retracts hi®: rod 3S is designed to hear against said: gu ide wedge .34, and - a retracted position id which the retractable rod JS is designed to he placed: when it isnotbearlng on said guide wedge 34, end advantageously ' htepits for ráturríing, for e^ampie hy gravity or résilient return means of the retractable rod 35 to the projecting position, ^ sloping; ramp means 37, in the shape of eh Inverted V, fixed to the ground, arranged fhcingi the retractable: rod means35 when the leaf 3. Is in Its closing; position, the arms of the V being oriented ina dlfectlop perpendicuiâr to the plane of the gate 2e, such that; - the bottom of a first 38 ramp, defined by a free end of one of the arms of the inverted V, is located substantially the level of tins lower end of Che retractable rod 35 in its projecting position, end that * the top of the first ramp 38, defined by the apex of the inverted ¥ Is located substantially at the level of the top of the guide wedge -34, and that ^ the fro® end of the other arm of the invented ¥ defining a second ramp 39 is located subsfaolipiiy at the leve! of the lower end of the retractable rod 35 In its projecting positio n.
The guide wedge 34, secured to the ground, can adopt, the shape of an added: part fastened to the foot of the verdcai riser of the frame 18, on a rail which is Itsoif fastened to the ground where applicable, or directly on the .ground, as shown in figures .12 to 14,. Of which the bearing length of the retractable rod 33 during the displacement of the; leaf 1 is defined .ia::8dch.á:-:W3y'thatthfe-faffi«Í^:te rod IS: takes more preferably bearingon the wedge 34 before the leaf 4 reaches the imminent position of oioslng, be, before: the siide 13 comes Into cardacbwltb the stop Mdftbe frame, and before the boit:W entered the striker 3.1.
As such., when the sectional leaf 1 arrives In imminent: dosing position, the end ln Ihn upper part by the sill ^pti^gvids' (not
uplockedi and ln the lower portion advantageously fey the guide; wedge 34, in order fg: guarantee a correct nesting of the bolt 30 of the lock 29 in the striker 3L
The means 3S eft he retracm hie: rod cartfor sample be comprised of an assembly embedded lothe thickness of:lhefat^ to^phslô^â-cylin^^^lhdilng' secured: In the gsteXe, and ® verticeily sliding axis in the^ wlbdlng with a ireturn sprmgof the axis Into the output position or attsrnabyeiy by :ysln|^^:tör?iC3!i}nf4fei'';fOd Into output position.
The: ramps Wf 3i In the shape of an Inverted V& as shown in figures :1¾ 1¾ and i|.4> : are : per pe nd I eu iar to the gold i ng p Ian e of the rethâetaife rod 3 5 d u ring The: displacement of the:sliding leaf :t, in order to;-allow tleMÂSNè TOd 35 To be erased:: by vertleal tfanslatipn, and To as such cross tin; height of the guide wedge 34 during the passage of the gate 2a from Its dosing position to its opening position, and Inversely. Möte that when the sectional door comprises a ground rail SÔ extending all along the sectional leaf Î when the latter is in dosing position., this ground rail SO constitutes Ph obstacle for the retractable rod when the gate 2e has to cross it during the displacement of the sectional leaf tbstween its opepipg and closing; :posiflon$, more precisely whsthTheipte 2e Is located in The spandrel aecording to figure 1. in this case, a : System of a V! with an inverted shape such is described: hereinabove must also he positioned on the rail SO at the location of its crossing by the retractabie rod, substantially in the spandrel ?.one, according to themeedsof the construction.
The soetlonai door shown in the figures comprises: more preferably an epd'-oh ttaveiTtop fhot showfdfor sectional leaf T in closing: position, which IS not applied on the gate In order to prevent the latter from taking a charge of force 1rs the case for example of a motorised leaf, which would: be detrimental to the proper operfefiop of fhe opening and of the closing with pivoting pf the gate 2e, Preferably, therefore, the end-· of'travel stop Of the sectional leaf X will be for example engaged on the preceding section of the: leafT Juxtaposed tothe gate, in the example the section 2d.
The second embodiment shown in figures id to24 shall now be described, in this second embodiment the numerical references for elements similar to those of the first embodiment remainthe same. This second first e mbobimeht; dascb bed hereinabove fey the control stop of the slide 14. The other characteristics of the sectsohaWoor cén be identical to those of the first ehthonimerst, and reference writ he made to the deffdp$l$JÍ this first embodiment: for the latter, More precisely., the sectional door with control stop of the slide 13 such as shown Id: figures 16 to 24 comprises: ^respective means for stoppinf the side 13 in its two extreme positions.: » sä control stop being 3 resilient pusher 19 cooperating with a rigid finger 2.0.. one of the resilient pusher 19 or rigid finger 20 being associated with the slide 13, the other said resiliehtpushpr 13: or rigid:finger 20 being associated: wlth fhe frame IS and ä rf ä nged thereon such f hop - the rigidfinger 2Ö: bears on a first aide 21 of the resilient pusher 13 whop the leaf 1 approaches Its closing position, the pusher 13 then »maiding «η opposing resistance designed to move the slide 13 to its:unlocking position ofthe latching;means: 14 under the effect of the continuous movement of the ieaf i towards its closing position, then as the slide 13 arrives at the limit of its siiding travel and the leaf 1 continues Its movement towardS lts closing position, the rigid finger 20 crosses the resilient pusher 19 by resilient displacement of the latter so that it la positioned on the second side 22 of the résiliant pusher 19 opposite the: first side 21, the leaf 1 then: being in the dosing position and the latching means .14 being unlocked, and that * the rigid finger 20 bears on a second side: 22 of the resilient pusher 13 when:: the leaf I sildehiy leaves its closing position to move towards Its; opening position, the pusher 1®· then providing-an 0p^&^g--:!i!§fst§.nce d'ê.$igdë$ to move, the slide 13 to Its Inverse ioeldng position of the fetching:means 14 under the effect of the continuous movement of the leaf 1 towards its opening position, then .as the slide 13 arrives at the limit of its silding travel and the; leaf 1 continues Its movement towards its opening position, the rigid finger 20 crosses the resilient pusher IS by resilient displacement of the latter so that it is positioned on the first side 21 of the resilient pusher 19 opposite the second side 22, the íeaf 1 then being able to continue Its movement towards its opening position and the latching means 14 being locked.
The resilient pusher 19 can adopt for example the shape of a deformable résilié rá ring, ns shown more particularly In: figures;!:?, 18, Ilicomprising on its outer perlphorg:a protruding pigment46 that pan intercept the course pfthe rigid finger 20 during the dispiacemehtiof the sochonalleaf ;!;to its closing position: or to its: opening position. In the example, the pusher: 19 Is secured atone point et leest in the upper portion of the frame IS in thé end zone ot the guide rai! 4 and above the sildé 13. The protrudingidîemenl; 4P adopts for psfflp thesbape of a y forming:two inclined; planep of lopposfte attack of the rigid finger 10,. with :s slope inthehirecbon of ciosîhg of the: leaf 1 and theï^l^fislôpg'il^É^ direction Of dphlng of thé leaf Vaodof wf ich the top; is turne# towards the slide 3.3.
When the rigid finger 20 intercepts the projecting element 4P during the tnovement of the sectiopal leaf 1., on one of its inciined planes, in g first time the pf^«Ä|;iÄe»i46'b>ld^:¥h!e.%tdesfer 10 and therefore the slide: M: providing as: such the; locking or the unlocking of the iatcHIhgmeans 14. Therein a second step, when the sildé II arrives shutting in one of ftseodlpositlons, the leaf X Oontinuíhgítg mcrramenh thé:wWecflng element 4&;ls ecasecfin a resilient manner by defoppátlon of the resilient ringlin the stampfe., In orderte ensure the crossing thorsof fey the rigid finger f bond so tha t either the leáll arrives in closing positipreor the leaf 1 continues: Its movement to its opening ;position.
The; rigid finger 20 can adept for example the shape of a iatstai extension of the plate formlnglhe slide 13,. oraitematiyely adopt the shape of «protuberance (not shown) on thfopiate forming the slide i$.( which would be able to^o;lhfprè#f^d'lrtBé projecting element 46. blote that inthis isecorfoleofoodimeht, contrary tothe: firstiombodlroeoh, dethe slide 13 is;not returned to the locking;position the latching means W remajns: unlpoked bUringihe opening of the gat© ige, Ipeause # thlSj fhp ring: rotating around the vertical rod lief the guide assembly $ is not heeessafy· in this sscond emhodimenu the presehce of the means for bleeleng the assemhiy S In the guide ralid ín-éÊp$l«ig.^oslti^.n-öf preferable, as weil as the presence of the means 26 for guiding of the vertical rod 1? of the endguide assembly 5.
The secfionai dooc descrihed operates in the fslîo^in|:^i^iiÂôlngtôtho· first or second ernhodirnent:
SliftlnifttmiHé-dO^hg'psítlö'liiröf tnesectipnsl leaf X, such as shovm Irrílguce 1: - in this position, the gate m can fee pivotingiy open or closed by simply rhafideuvring the means of theilopk li as explained hereinabove; iodoed;ÿ:the control stop M acts whara applicabie on; the: Slide 13 in ordehto maintain the: latter in locking: position of the ofthe latching: means 14 when: the leaf 1 is I« Sts closing position; the gate go is upcdtspled from th# guide 4S§4fM%: 5 föí a free movement ofopening pivoting of the gâtai daring a; pivoting m%àààwm of the gate: |g, the edd guide assembly S remains prisoner inthe rail 4 with its vertical rod 11?; * with the gate closed) when: It is desi red to open the leaf Hin order to clear the operdog ! of the constr yctlon, the Oped I ng Is: remote )y cent rolled : or by co ntrp I of thé actuator toot shown) for displacement if the leaf i Is nsetonseb, Or operated manually If the leaf 1 Is witm manual opening; at the: beginning of the slldiog opening of the leaf %f when the latter leaves Its dosing position) the slide If remains first of ail Immobile), being as sued drought back to its locking: position of the latching means :14,: ip relation to the gate which fe driven with the leaf 1; this locking Is carried out either aytpioeticaify (first embodiment) under the effect of the spring:.!#,, or via a résilient obstacle (second embodiment)., as such guarsnceeihg; the connection between the guide assembly S and the gáté 2e, and the re fore the guiding of the gate1 Se by the upper rail 4; right from the begifthfng of the displacement of the leaf x; the orientation of the notch 2? drives: a coupling between the gate 2e andthe guide assembly I in the direction of displacement of the leaf, then a successive locking: betweenthese elements is produced after the slide 13 has been displaced in relation to the leaf 1 to the iate let the leaf 1 can as such teach Its opening position;
• when it is: desired to displace the leaf 1 so as to close the opening B of the construction, the closing is: remotely controlled Or by control of an: actuator (not shown:): fps displacement if the: leaf l ie motorised, or operated manually: tithe leaf I is with manual dosing; the gate 2e is guided all throughout the displacement of the ieaf 1 by the coupling between the latter and:thé: guide assembly 5; when the leaf i arrives in imminent dosingiposlfiom the frame Stop 24 drives, via immobilisation: of the slide 14 Uhfllthe complete OiOsipl: of theleaf i, while the latter is pursulng its lateral movement, the progressive unlocking of the latching means: 14 that links the guide carriage S to the gate 2e, so that these two elements are uncoupled in closing position of the leaf, for a possible pivoting opening of tbe ptei simultaneously or substantially simuitaneouslyi the wedge 34 of lower bearing primes the guiding of the tower part of the gate 2e In order to ensure a correct positioning of the bolt 30 facing the striker 31: when the leaf l arrives abutting :in closing in Its sliding; movement, the latching me a ns 14 Is· unlocked 4M the bolt 30 of the lock 29 engaged m the striker 31; the gate 2e csothenibe opened and eioaed via pivoting independently of the leaf 1.
Claims (4)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| FR1251525A FR2987063B1 (en) | 2012-02-20 | 2012-02-20 | SLIDING SECTIONAL SLIDING DOOR COMPRISING A SWIVELING PORTILET IN END SECTION |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| HUE029968T2 true HUE029968T2 (en) | 2017-04-28 |
Family
ID=47683656
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| HUE13155499A HUE029968T2 (en) | 2012-02-20 | 2013-02-15 | Sliding sectional door with lateral movement comprising a pivoting gate at the end section |
Country Status (3)
| Country | Link |
|---|---|
| EP (1) | EP2628878B1 (en) |
| FR (1) | FR2987063B1 (en) |
| HU (1) | HUE029968T2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11339596B2 (en) * | 2019-07-02 | 2022-05-24 | Solar Innovations Llc | Dual trolley for hinged panels and segmented tracks |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR3078094B1 (en) | 2018-02-22 | 2020-02-07 | Moulages Plastiques Du Midi | LOCKING SYSTEM FOR A SECTIONAL DOOR WITH SIDE MOVEMENT |
| CN208564327U (en) * | 2018-07-04 | 2019-03-01 | 创科贸易有限公司 | A kind of structure of folding door |
| CN108868545B (en) * | 2018-07-18 | 2019-11-26 | 南京金星宇节能技术有限公司 | It is a kind of to turn to electronic lateral sliding door |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1787238A (en) * | 1928-04-27 | 1930-12-30 | Frantz Mfg Co | Garage-door construction |
-
2012
- 2012-02-20 FR FR1251525A patent/FR2987063B1/en not_active Expired - Fee Related
-
2013
- 2013-02-15 HU HUE13155499A patent/HUE029968T2/en unknown
- 2013-02-15 EP EP13155499.0A patent/EP2628878B1/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11339596B2 (en) * | 2019-07-02 | 2022-05-24 | Solar Innovations Llc | Dual trolley for hinged panels and segmented tracks |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2628878A1 (en) | 2013-08-21 |
| FR2987063B1 (en) | 2017-02-24 |
| EP2628878B1 (en) | 2016-06-01 |
| FR2987063A1 (en) | 2013-08-23 |
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