CN105715132A - Lock and sliding door and window - Google Patents
Lock and sliding door and window Download PDFInfo
- Publication number
- CN105715132A CN105715132A CN201610231814.5A CN201610231814A CN105715132A CN 105715132 A CN105715132 A CN 105715132A CN 201610231814 A CN201610231814 A CN 201610231814A CN 105715132 A CN105715132 A CN 105715132A
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- China
- Prior art keywords
- lock body
- window
- door
- snap close
- dead bolt
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- 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
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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
- E06B3/50—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 with more than one kind of movement
- E06B3/5054—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 with more than one kind of movement where the sliding and rotating movements are independent of each other
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Wing Frames And Configurations (AREA)
Abstract
Provided is a lock. The lock comprises a lock catch and a lock catch matching part. The lock catch comprises a spring bolt, a lock catch body and a first lock pulley hole, and the spring bolt extends into the first lock pulley hole. The lock catch matching part comprises a stop piece and a second lock pulley hole. The stop piece is used for compressing and stopping the spring bolt. The two sides of the spring bolt are provided with grooves. The end, deviating from the first lock pulley hole, of each groove is provided with a first buckle. The lock catch body is provided with protrusions which are matched with the grooves and the first buckles. For a door and window with both the sliding mode and the vertical hinged mode, the spring bolt on the lock catch can stop a pulley used for opening the sliding door and window when the vertical hinged door and window is opened, and the sliding door and window is prevented from slipping out of a track; and meanwhile when the door and window is closed, a slide way is released after the spring bolt is compressed, and the pulley of the sliding door and window conducts push and pull through the track, so that the purpose of opening the door and window is achieved.
Description
Technical field
The present invention relates to a kind of lock body, be specifically related to a kind of lock body for being opened flat sliding door and window and sliding door and window.
Background technology
In daily life, the use of sliding door and window is very general, sliding door and window is as the Decorative door and window of a kind of modern house decoration indispensability, owing to the opening ways of push-and-pull is to adopt the mode slided, so comparing common rotary switch door and window can be greatly improved the utilization rate in space within doors, but owing to general sliding door and window all can not standard-sized sheet, and make channel position limited, it is desirable to combine sliding door and window with being opened flat rotary door window, push-and-pull half door window can be realized, also can realize being opened flat postrotational standard-sized sheet door and window.Realize not only can push-and-pull but also when can be opened flat rotation standard-sized sheet door and window, the sliding rail of sliding door and window includes two parts: a part is be fixed on the orbit determination road on sash top, a part is fixed on the dynamic track at fixing sash top, owing to sliding door, window must slide into dynamic track by orbit determination road, could overlapping with fixing door and window after rotate.This just requires must have, on orbit determination road and dynamic track, the pulley hole designed that matches, sliding door, window could be allowed to slide into dynamic track from orbit determination road smoothly, namely the position of orbit determination road and dynamic track flush is the pulley hole opening that pulley can pass through, so, when Unscrew door and window, if pulley hole opening is not blocked to stop sliding door, window by the slip of the relatively dynamic track of pulley, then can there is the problem that sliding door can skid off in driven track, cause puzzlement can to the life of people.
Summary of the invention
In order to overcome the deficiencies in the prior art, it is an object of the invention to provide a kind of lock body, the slip of the pulley of sliding door and window can be stopped when horizontally-opening windows and doors, sliding door and window is avoided to skid off from track, and, when closing the doors and windows, lock body can discharge again slideway, allows the pulley of sliding door and window can carry out push-and-pull to reach the purpose closed the doors and windows by slideway.
The present invention is realized in, a kind of lock body, including snap close and snap fit portion, described snap close includes dead bolt, snap close body and lock body the first pulley hole, described dead bolt stretches into described lock body the first pulley hole, described snap fit portion includes barrier sheet and lock body the second pulley hole, described barrier sheet is used for compressing and block described dead bolt, described dead bolt both sides are groove, described groove deviates from the end of described lock body the first pulley hole and arranges the first buckle, described snap close body arranges projection, described groove and described projection match, described first buckle and described projection match.
Preferably, described dead bolt is trapezium structure, broadens gradually from described lock body the first pulley hole to described snap close body direction.The setting of trapezium structure, when the elastomeric element arranged in dead bolt with snap close body is in free state, it is possible to increasing the protruding barrier force to the first buckle, dead bolt is installed more stable.
Preferably, described snap close body above described dead bolt is the opening inverted V-shaped structure towards described dead bolt direction, described inverted V-shaped structure includes the first v-shaped structure and the second v-shaped structure, described first v-shaped structure slopes downwardly in the direction to described lock body the first pulley hole, and described second v-shaped structure is downward-sloping to the end direction of described snap close body.The design that v-shaped structure tilts, it is possible to better coordinate the sealed of snap close and snap fit portion and unblank.
Preferably, described snap close body end arranges shrinkage pool, and the end in described snap fit portion arranges resetting means, and described shrinkage pool coordinates with described resetting means, makes locking and unblanks more convenient.During locking, shrinkage pool matches with resetting means, the second elastomeric element in compression resetting means, when unblanking, and the second restorable elastic force of elastomeric element compressed in resetting means, snap close can be upspring, make to unblank more convenient.
Preferably, arranging the first elastomeric element between described dead bolt and described snap close body, described first elastomeric element is spring or shell fragment.
Preferably, described resetting means includes telescopic block, telescopic block storage tank and the second elastomeric element, described telescopic block includes banking stop, fixing post and the second buckle, described banking stop is positioned at the top of described telescopic block, described second buckle is positioned at the bottom of described telescopic block, arranges opening and hole, location bottom described telescopic block storage tank, and described second buckle and described opening match, described second elastomeric element spring or shell fragment, described second elastomeric element is at least 1.
Preferably, described snap fit portion also includes the gathering sill matched with described dead bolt, and described gathering sill is by described lock body the second pulley hole sloping downwardly in the direction to described resetting means.The inclined design of gathering sill, is easy to during locking enter gathering sill smoothly when blocked of dead bolt blocks.
Preferably, described gathering sill arranges protuberance near the position of described resetting means, and described protuberance is sloped downwardly in the direction to described lock body the second pulley hole by described resetting means.When being easy to unblank, the ejection of dead bolt.
Preferably, the material of described lock body is metal or rigid plastics.Harder material, makes lock body more robust, extends the stability and life-span that use.
According to another aspect of the invention, it is proposed that a kind of sliding door and window, including described lock body.
By the design of the present invention, realize not only can push-and-pull but also can be opened flat door and window time, dead bolt on snap close can stop the slip of the pulley of sliding door and window when horizontally-opening windows and doors, sliding door and window is avoided to skid off from track, simultaneously, when closing the doors and windows, dead bolt can discharge again slideway after being compressed, and allows the pulley of sliding door and window can carry out push-and-pull to reach the purpose closed the doors and windows by track.
Accompanying drawing explanation
Fig. 1 is the integral installation schematic diagram being opened flat sliding door and window.
Fig. 2 is upper (lower) portion orbit determination road schematic diagram.
Fig. 3 is the dynamic track schematic diagram in upper (lower) portion.
Fig. 4 is for dialling hands schematic diagram.
Fig. 5 is escapement schematic diagram.
Fig. 6 is that lock body coordinates schematic diagram.
Fig. 7 is buckle structure schematic diagram.
Fig. 8 is lock bolt structure schematic diagram.
Fig. 9 is snap fit portion structural representation.
Figure 10 is telescopic block structural side view in snap fit portion.
Figure 11 is telescopic block structure top view in snap fit portion.
Figure 12 is wheel design top view.
Figure 13 is wheel design front view.
Labelling in all accompanying drawings is as follows:
1-sash, 2, 2 '-fixing door and window, 21-the first escapement, 211-anticreep hook, 212-connecting portion, 3 '-sliding door, window, 31-the second escapement, 32-dials hands, 321-dials Fructus Persicae, 322-baffle plate, 323-connecting portion, orbit determination road, 4-top, 41, 41 '-snap fit portion, 411-lock body the second pulley hole, 412-barrier sheet, 413-gathering sill, 414-protuberance, 415-opening, 416-positions hole, 417-the second installation foot, 418-telescopic block, 4181-fixes post, 4182-the second buckle, 4183-banking stop, 419-telescopic block storage tank, 42-the first pulley hole, 43-installation portion, 5, track is moved on 5 '-top, 51, 51 '-snap close, 511-lock body the first pulley hole, 512-dead bolt, 5121-groove, 5122-the first buckle, 513-snap close body, 5131-the first v-shaped structure, 5132-the second v-shaped structure, 5133-shrinkage pool, 514-the first installation foot, 52-the second pulley hole, 53-suspension gear, 6, 6 '-hinge, 7-directive wheel, 71-wheel body, 72-connecting plate, 721-the first connecting plate, 722-the second connecting plate, 73-fixes plate, 74-fixing hole, 75-joint pin.
Detailed description of the invention
Below the structure describing lock body of the present invention by the embodiment in accompanying drawing is constructed.In the present invention, employ " door and window " such expression, but this expression is intended merely to succinctly, it is only that one is called for short, be not meant to need be door is again window simultaneously simultaneously, and refer to door or window, namely the structure of the lock body of the present invention is configured to for door or for window, and both of which is included within the scope of the present invention.
As it is shown in figure 1, be opened flat sliding door and window to include door and window body, top dragging track, bottom dragging track, directive wheel and sash.The dragging track being opened flat sliding door and window also can only include top dragging track or only include bottom dragging track, can realize the slip of sliding door, window.Wherein, door and window body includes fixing door and window 2,2 ' and sliding door, window 3,3 ', fix door and window 2,2 ' and sliding door, window 3,3 ' sizes are identical, sliding door, window 3, and 3 ' move on track 5 by suspended on top, often a pulley is at least respectively installed at the upper both ends of fan sliding door, window 3,3 ', fixing door and window 2,2 ' are arranged on door and window hole or the sidewall of sash 1 by fixture, and fixture can be hinge 6, and 6 ', can also be the parts of other forms, rotate as long as being opened flat of door and window can be realized.Top dragging track includes the dynamic track 5,5 ' in orbit determination road, top 4 and top.When installing two fan door and windows in door and window hole, orbit determination road, top 4 is fixed on upper one end portion, door and window hole；When installing four panel door window in door and window hole, orbit determination road, top 4 is fixed on door and window hole upper middle position, and the dynamic track 5,5 ' in top is connected with fixing door and window 2,2 ' top.Bottom dragging track includes the dynamic track (not shown) in orbit determination road, bottom (not shown) and bottom.When installing two fan door and windows in door and window hole, orbit determination road, bottom is fixed on lower end thereof portion, door and window hole；When installing four panel door window in door and window hole, orbit determination road, bottom is fixed on door and window hole lower middle position, and the dynamic track in bottom is connected with bottom fixing door and window.Snap close 51 can be installed in the end of fixing door and window 2,2 ', and 51 ', matchingly, sliding door, window 3, snap fit portion 41 is installed in the end of 3 ', 41 ', snap close 51,51 ' and snap fit portion 41,41 ' corresponding positions are equipped with the pulley hole passed through for pulley, at fixing door and window 2,2 ' and sliding door, window 3, when 3 ' overlaps are opened flat, snap close 51,51 ' can discharge dead bolt (not shown) passes through with blocking trolley, avoiding sliding door, window 3,3 ' move track 5 from top, skid off in 5 '；When the dynamic track 5,5 ' in top is close to each other to concordant with orbit determination road, top 4, snap fit portion 41, catch (not shown) on 41 ' can compress snap close 51, and the dead bolt on 51 ' discharges pulley position again, it is easy to pulley pass through to realize sliding door, window 3, the slip of 3 '.Directive wheel 7 includes fixed part and wheel, and fixed part is arranged on the bottom of fixing door and window 2,2 ' by fixture, and wheel horizontal direction is fastened on sliding door, window 3,3 ' bottoms.
As in figure 2 it is shown, orbit determination road, upper (lower) portion 4 includes the first pulley hole 42 and installation portion 43.Snap fit portion 41,41 ' is arranged on the end of the first pulley hole 42 and installation portion 43.First pulley hole 42 is sliding door, window 3, the sliding channel of 3 ' top sheaves；The major function of installation portion 43 is in that to use snap close 51,51 ' and snap fit portion 41, when 41 ', it is easy to fixed installation snap fit portion 41,41 ', installation portion 43 along determine length that track length direction extends can be identical with the length of the first pulley hole 42, can also be only installing a bit of of one end, snap fit portion 41,41 ', as long as it is present in the end in orbit determination road, to realize snap fit portion 41, the installation of 41 ', meanwhile, is positioned only at the installation portion of the end in orbit determination road, material can be saved, save cost.
As it is shown on figure 3, the dynamic track 5,5 ' in upper (lower) portion includes the second pulley hole 52 and fixing door and window suspension gear 53.Snap close 51,51 ' are arranged on the end of the second pulley hole 52 and suspension gear 53.Second pulley hole 52 is sliding door, window 3, the sliding channel of 3 ' top sheaves；Dynamic for top track 5,5 ' is connected to a fixed with fixing door and window 2,2 ' by suspension gear 53 by fixing connector.Dynamic to the fixed fan main body of door and window and top track 5,5 ', for aluminium alloy sliding door and overhung door, is secured together by fixing connector.Meanwhile, suspension gear 53 also facilitates snap close 51, the fixed installation of 51 '.
As shown in Figure 4, dial hands 32 to include dialling Fructus Persicae 321, baffle plate 322 and connecting portion 323.Dialling hands 32 and be arranged on sliding door, window 3 by connecting portion 323, on 3 ', the width of baffle plate 322 is slightly wider than the width of fixing door and window 2,2 ', it is simple to be coated and fixed door and window 2 when two fan door and window overlap, and 2 ', reach overall visual effect more attractive in appearance；Dialling Fructus Persicae 321 can be diagram shape, it is also possible to for other shapes, shape is not limit, it is capable of hands and stirs sliding door, window 3,3 ' carry out push-and-pull slides, and the major function dialling Fructus Persicae 321 is in that: when sliding door, window 3, and 3 ' and fixing door and window 2, during 2 ' overlap, people stands at fixing door and window 2, during 2 ' side, it is to avoid the puzzlement of backhand sliding door and window, can realizing sliding door, window 3 smoothly by stirring Fructus Persicae 321, the push-and-pull of 3 ' is slided.Dialling hands 32 can be positioned only at a middle part a bit of, it is possible to be push up whole section at the bottom of door from door.
As it is shown in figure 5, escapement includes anticreep hook 211 and connecting portion 212.Wherein, the first escapement 21 is identical with the structure of the second escapement 31.First escapement 21 is positioned at the end of fixing door and window 2,2 ', and the second escapement 31 is positioned at sliding door, window 3, the end of 3 ', closing the doors and windows, be positioned at fixing door and window 2,2 ' and sliding door, window 3, the anticreep hook on 3 ' can hook together mutually, thus preventing sliding door, window 3,3 ' depart from fixing door and window 2,2 '.
As shown in Figure 6, lock body includes snap close 51 and snap fit portion 41.The material of lock body can be metal or plastics, it is also possible to for other kinds of material, can prepare lock body and make lock body possess certain hardness, rub resistance and impact resistance performance.Lock body can stop the pulley of sliding door and window when horizontally-opening windows and doors, it is to avoid sliding door and window skids off from track, and when closing the doors and windows, lock body can discharge again slideway, allows the pulley of sliding door and window can carry out push-and-pull to reach the purpose closed the doors and windows by slideway.
As shown in Fig. 7 to Figure 11, snap close 51 includes lock body the first pulley hole 511, dead bolt 512, snap close body 513 and the first installation foot 514.Dead bolt 512 includes groove 5121 and the first buckle 5122, and groove 5121 is arranged on the position that dead bolt 512 connects with dead bolt body 513 both sides, and the first buckle 5122 is arranged on groove 5121 and deviates from one end of lock body the first pulley hole 511.Dead bolt 512 is trapezium structure, broadens gradually from lock body the first pulley hole 511 to the direction of snap close body 513, it is simple to the locking of snap close and unblanking.Snap close body 513 includes the first v-shaped structure the 5131, second v-shaped structure 5132 and shrinkage pool 5133.Dead bolt 512 stretches into lock body the first pulley hole 511, is used for stopping sliding door, window 3, the slip of the pulley on 3 ', makes sliding door, window 3, and 3 ' without departing from orbit determination road, top 4.Snap close body 513 is provided with projection (not shown), for coordinating with groove 5121 and the first buckle 5122, it is simple to locking and the slip of groove 5121 when unblanking, and when locking, is used for propping up the first buckle 5122, it is prevented that dead bolt departs from snap close body.Lock body the first pulley hole 511 is easy to pulley and is passed through.Arranging the first elastomeric element between dead bolt 512 and snap close body 513, the first elastomeric element can be spring or shell fragment, it is simple to the compression of dead bolt and release are to realize unblanking and locking.Snap close body 513 is set to the opening inverted V-shaped structure towards dead bolt (512) direction, first v-shaped structure 5131 slopes downwardly in the direction to lock body the first pulley hole 511, second v-shaped structure 5132 is downward-sloping to the end direction of described snap close body 513, at locking, can coordinate sealed smoothly with snap fit portion 41, when unblanking, it is possible to be separated from smoothly with snap fit portion 41.Shrinkage pool 5133 matches for the resetting means arranged with end, snap fit portion 41, during locking, compresses resetting means, and when unblanking, the second restorable elastic force of elastomeric element that resetting means is compressed can make snap close 51 and snap fit portion 41 more be smoothly detached.By the first installation foot 514, advantageously snap close can be arranged on dynamic track 5,5 ' end, top.
As shown in Fig. 7 to Figure 11, snap fit portion 41 includes lock body the second pulley hole 411, barrier sheet 412, gathering sill 413, protuberance 414, opening 415, hole, location the 416, second installation foot 417, telescopic block 418 and telescopic block tank 419.Telescopic block 418 includes fixing post the 4181, second buckle 4182 and banking stop 4183.Lock body the second pulley hole 411 is easy to sliding door, window 3, passing through of 3 ' top sheaves.Barrier sheet 412 is used for compressing and block dead bolt 512, to realize locking.The end in snap fit portion 41 arranges resetting means, and resetting means includes telescopic block 418, telescopic block storage tank 419 and the second elastomeric element.Second elastomeric element is spring or shell fragment, and the second elastomeric element is at least 1, matches with the quantity of fixing post 4181.Banking stop 4183 is positioned at the top of telescopic block 418, when shrinkage pool 5133 coordinates with resetting means, for limiting the position that telescopic block 418 is depressed, the second elastomeric element overcompression will not no longer be had restorable elastic force, extend the service life of elastomeric element.Opening 415 and hole 416, location are set bottom telescopic block storage tank 419, opening 415 is arranged on the side bottom telescopic block storage tank 419, one or more opening can be set, hole 416, location is arranged on the medium position bottom telescopic block storage tank 419, for matching with the fixing post 4181 fixing the second elastomeric element, make the second elastomeric element position fix, will not be shifted over because of compression.Second buckle 4182 is positioned at the bottom of telescopic block 418 and matches with opening 415, it is achieved compression during locking and bounce-back when unblanking.Gathering sill 413 is by lock body the second pulley hole 411 sloping downwardly in the direction to resetting means, for coordinating the turnover of dead bolt 512.Protuberance 414 is arranged on gathering sill 413 one end near resetting means, and protuberance 414 is sloped downwardly in the direction to lock body the second pulley hole 411 by resetting means, coordinates dead bolt 512, convenient locking or unblank.By the second installation foot 417, advantageously snap fit portion 41 can be arranged on end, orbit determination road 4, top.
Snap close 51 is arranged on the end of the dynamic track 5,5 ' in top, and snap fit portion 41 is arranged on the end in orbit determination road, top 4.During locking lock body, snap close 51 is moved to the direction in snap fit portion 41, when snap close 51 and snap fit portion 41 contact, barrier sheet 412 can compress dead bolt 512, when dead bolt 512 is forced into most position, the end, shrinkage pool 5133 can match with resetting means, telescopic block 418 can be compressed, and when being compressed to banking stop, locking completes, lock body the first pulley hole 511 and lock body the second pulley hole 411 that are released align, now pulley P Passable；When unblanking, snap close 51 is pulled away from snap fit portion 41, under the effect of resetting means elastic restoring force, snap close 51 can be ejected smoothly, and then dead bolt 512 can be released and extend into lock body the first pulley hole 511, and now pulley can not pass through, can effectively stop sliding door, window 3,3 ' depart from from pulley hole, complete to unblank, and then can implement the rotation of door and window.
In order to the door and window of relative sliding is limited in the scope of track width without the situation that door and window derailing separates occurs, in addition, increase sliding effect, door and window is made to slide more smooth and easy, as shown in Figure 12 and Figure 13, wheel body 71, connecting plate 72, fixing plate 73, fixing hole 74 and joint pin 75 are included for the directive wheel 7 of sliding door and window.
Figure 12 is wheel design top view.Figure 13 is wheel design front view.Connecting plate 72 includes the first connecting plate 721 and the second connecting plate 722.The material of wheel body is the material of the hard material such as metal or rigid plastics, and so, wheel body is unlikely to deform in long-time use procedure.Connecting plate 72 and the material that the material of fixing plate 73 is also the hard material such as metal or rigid plastics, similarly, can make whole wheel design wear-resisting and be unlikely to deform.The circumferencial direction of wheel body 71 is horizontally disposed with, and one end of joint pin 75 is perpendicular with wheel body 71 to be connected, it is possible to make wheel body 71 conveniently slide along door.The other end of joint pin 75 and the perpendicular fixing connection of the first connecting plate 721, the fixing mode connected can connect for screw, be connected together, weld or bond, it is also possible to for other modes, can realize joint pin 75 and be connected with the first the fixing of connecting plate 721.In the process using directive wheel, the fixing joint pin connected is more stable, and wheel body will not roll in rotation process, makes to slide more smooth and easy.One end that joint pin 75 is connected with wheel body 71 arranges installing mechanism, installing mechanism is the cylinder more smaller than joint pin 75 diameter or external detent mechanism, the internal diameter of wheel body 71 is bigger than cylindrical diameter, the internal diameter of wheel body 71 is less than the diameter of joint pin 75, it is easy to wheel body 71 to rotate along cylinder, again will not along joint pin landing.Detent mechanism can be fixedly mounted at the mechanism on joint pin 75, is then installed in rotation on detent mechanism by wheel body 71 again, it is simple to the fixed installation of wheel body and make wheel body can rotate relative to joint pin.First connecting plate 721 and the second connecting plate 722 are perpendicular, and the second connecting plate 722 extends to the direction paralleled with the closure of joint pin 75 and wheel body 71.One end of second connecting plate 722 is perpendicular with fixing plate 73 fixing to be connected, type of attachment is welding, is connected together or bonding, or fixing plate 73 also may be integrally formed with connecting plate 72, if fixing plate is integrally formed with connecting plate, then whole wheel design can be stablized more, increases the service life.Fixing plate 73 can be the same with the width of the closure of connecting plate 72, it is also possible to slightly wide or slightly narrow, can realize fixing plate and be connected with the fixing of door and window.Fixing plate 73 extends to the horizontal direction deviating from wheel body 71.Fixing plate 73 arranges at least one fixing hole, it is simple to the fixed installation of fixing plate；Fixing plate 73 can also realize the installation between door and window by the external stability type of attachment of bonding, welding and other forms.By adjusting the joint pin 75 installation site on the first connecting plate 721, adjusting the distance between wheel body 71 and the second connecting plate 721, the adjustment of distance can carry out according to the situation of actual door and window.
Directive wheel 7 is arranged on fixing door and window 2 by the fixing hole 74 on fixing plate 73, the bottom of 2 ' is near the one end in orbit determination road, bottom, first connecting plate 721 is positioned at sliding door, window 3, 3 ' bottoms, sliding door, window 3, 3 ' bottoms are arranged to the spill that Open Side Down, second connecting plate 722, fixing space between post 75 and wheel body 71 is used for holding sliding door, window 3, one spill limit of 3 ', sliding door, window 3, another spill limit of 3 ' is positioned at the opposite side of wheel body 71, wheel body can the one or both of which along two spill limits rotate, and then drive sliding door, window 3, the push-and-pull of 3 ' is slided.
This is opened flat sliding door, when closed, sliding door, window 3,3 ' are suspended on orbit determination road, top 4, can have half-open and two kinds of openings of standard-sized sheet during unlatching:
1) as shown in Figure 1, the dynamic track 5 in orbit determination road, top 4 and top, during 5 ' alignment, lock body the first pulley hole 511 and lock body the second pulley hole 411 align, the barrier sheet 412 that the dead bolt 512 of snap close 51 is snapped on auxiliary section 41 compresses, discharge the space of lock body the first pulley hole 511, make sliding door, window 3,3 ' the upper pulleys installed can slide past, push-and-pull sliding door, window 3,3 ', can by sliding door, window 3,3 ' push the dynamic track 5,5 ' in top from orbit determination road, top 4, now can realize semi-open type and open.
2) as it is shown in figure 1, move track 5 when sliding door, window 3,3 ' is slid completely into top, after 5 ', then promote fixing door and window 2,2 ', the dead bolt 512 of snap close 51 stretches into lock body the first pulley hole 511 again, blocking trolley passes through, and fixing door and window 2,2 ' drives the dynamic track 5 in top, 5 ' and sliding door, window 3,3 ' rotate, and now, this door and window is capable of fully opening.
Last it is noted that above-described each embodiment is merely to illustrate technical scheme, it is not intended to limit；Although the present invention being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in previous embodiment still can be modified by it, or wherein part or all of technical characteristic is carried out equivalent replacement；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a lock body, including snap close (51) and snap fit portion (41), it is characterized in that: described snap close (51) includes dead bolt (512), snap close body (513) and lock body the first pulley hole (511), described dead bolt (512) stretches into described lock body the first pulley hole (511), described snap fit portion (41) includes barrier sheet (412) and lock body the second pulley hole (411), described barrier sheet (412) is used for compressing and block described dead bolt (512), described dead bolt (512) both sides are groove (5121), described groove (5121) deviates from the end of described lock body the first pulley hole (511) and arranges the first buckle (5122), described snap close body (513) is provided with projection, described groove (5121) and described projection match, described first buckle (5122) and described projection match.
2. lock body according to claim 1, it is characterised in that: described dead bolt (512) is trapezium structure, broadens gradually from described lock body the first pulley hole (511) to described snap close body (513) direction.
3. lock body according to claim 1, it is characterized in that: described snap close body (513) is the opening inverted V-shaped structure towards described dead bolt (512) direction, described inverted V-shaped structure includes the first v-shaped structure (5131) and the second v-shaped structure (5132), described first v-shaped structure (5131) slopes downwardly in the direction to described lock body the first pulley hole (511), and described second v-shaped structure (5132) is downward-sloping to the end direction of described snap close body (513).
4. lock body according to claim 1, it is characterized in that: described snap close body (513) end is provided with shrinkage pool (5133), the end of described snap fit portion (41) arranges resetting means, and described shrinkage pool (5133) coordinates with described resetting means.
5. lock body according to claim 1, it is characterised in that: arranging the first elastomeric element between described dead bolt (512) and described snap close body (513), described first elastomeric element is spring or shell fragment.
6. lock body according to claim 4, it is characterized in that: described resetting means includes telescopic block (418), telescopic block storage tank (419) and the second elastomeric element, described telescopic block (418) includes banking stop (4183), fixing post (4181) and the second buckle (4182), described banking stop (4183) is positioned at the top of described telescopic block (418), described second buckle (4182) is positioned at the bottom of described telescopic block (418), described telescopic block storage tank (419) bottom arranges opening (415) and hole, location (416), described second buckle (4182) and described opening match, described second elastomeric element is spring or shell fragment, described lock body the second elastomeric element is at least 1.
7. lock body according to claim 4, it is characterized in that: described snap fit portion (41) also includes the gathering sill (413) matched with described dead bolt (512), and described gathering sill (413) is by described lock body the second pulley hole (411) sloping downwardly in the direction to described resetting means.
8. lock body according to claim 7, it is characterized in that: described gathering sill (413) arranges protuberance (414) near the position of described resetting means, and described protuberance (414) is sloped downwardly in the direction to described lock body the second pulley hole (411) by described resetting means.
9. lock body according to claim 1, it is characterised in that: the material of described lock body is metal or rigid plastics.
10. a sliding door and window, it is characterised in that: include the lock body according to any one of claim 1 to 10.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610231814.5A CN105715132B (en) | 2016-04-13 | 2016-04-13 | A kind of lock body and sliding door and window |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610231814.5A CN105715132B (en) | 2016-04-13 | 2016-04-13 | A kind of lock body and sliding door and window |
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| CN105715132A true CN105715132A (en) | 2016-06-29 |
| CN105715132B CN105715132B (en) | 2017-05-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114400544A (en) * | 2022-01-13 | 2022-04-26 | 湖南程微电力科技有限公司 | Combined switch cabinet convenient to splice and install |
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| CN2675827Y (en) * | 2004-01-15 | 2005-02-02 | 杨俊普 | Suspension type flat-opened combined window with double layer glass |
| KR100797158B1 (en) * | 2007-08-20 | 2008-01-23 | 종합건축사사무소세림(주) | Windows |
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| CN105715132B (en) | 2017-05-31 |
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