CN106437358A

CN106437358A - Edge bolt

Info

Publication number: CN106437358A
Application number: CN201610557476.4A
Authority: CN
Inventors: M.施米茨
Original assignee: Heath Hein Telunge & Co KG GmbH
Current assignee: Heath Hein Telunge & Co KG GmbH
Priority date: 2015-07-15
Filing date: 2016-07-15
Publication date: 2017-02-22
Also published as: EP3118401A1; DE202015103707U1

Abstract

The invention relates to an edge bolt used for being assembled in a door leaf or a window leaf. The edge bolt comprises a bending edge used for fixing the edge bolt at a folding edge of the door leaf or the window leaf and a controllable lever swinging from the plane of the bending edge, the lever is connected with at least one locking element, the locking element implement translation movement through the swinging of the lever and can be transferred to an unlocking position from a locking position and can be returned, the lever is connected to a pinion arranged at the swing axis of the lever in a torsional manner, and teeth of the pinion are jointed to a recessed opening of the locking element capable of translation movement so that the pinion rotatably driven by the swing movement of the lever drives at least one locking element in a translation manner.

Description

Arris latch

Technical field

The present invention relates to a kind of arris latch (Kantriegel) for being assemblied in door leaf or sash, including for inciting somebody to action Arris latch is fixed on crimp at door leaf or the flanging of sash and by being manipulated that the plane from crimp (Stulp) is shown Lever, this lever with least one by the swing of lever enforcement translational motion, unblock can be transferred to from latched position In position and return locking member be connected.

Background technology

Arris latch with features described above is known to file DE 20 2,006 008 969 U1.Arris latch especially by For fixing the door system of two fan formulas or the fixed fan (Standfluegel) of window system.In order to manipulate locking member, swingable The lever that is bearing in the lock housing of arris latch must be shown from the plane of crimp.By file DE 20 2,006 008 In the case of the arris latch of 969 U1 precognitions, lever is connected with locking member via coupling arrangement.The manufacture of arris latch Complicated due to the second operating mechanism being arranged between lever and coupling arrangement.Additionally, crimp constructs wall and the palpus quilt of lock body Intricately it is welded at the other wall of lock body.

Content of the invention

Therefore, it is an object of the invention to, at least partly solve the problems, such as to be described with reference to prior art and say in particular Understand a kind of arris latch, it can be simple to manufacture and not have high cost.

This purpose is realized by a kind of arris latch of the feature with independent claims.Arris latch favourable Improvement project illustrates in the dependent claims and in the description, wherein, be advantageously improved scheme feature can by Technically significant mode combination in any each other.

This purpose to realize, wherein, lever and cloth particularly by a kind of arris latch of the feature mentioned with beginning Put the little gear at its axis of oscillation to be torsionally connected, wherein, the indented joint of little gear is to the locking in translatable motion In recess at element, so that the little gear being rotatably driven by the oscillating motion of lever translationally drives at least one Locking member.

So the invention provide that, the conversion of the oscillating motion of lever to the translational motion of at least one locking member via Realizing, its rotation axis is consistent with the axis of oscillation of lever and it is directly joined to the recess at locking member for little gear In.Especially it is provided only with little gear between lever and locking member, it can be readily disposed at lock body in the case of manufacturing In.

Lever is especially swingably supported to so that its axis of oscillation orients parallel to the plane of crimp, so that thick stick Bar is shown in the case of its manipulation from the plane of crimp.In latched position, the lock that is especially connected with locking member Close bar be moved out of exceed sash OR gate fan lower surface or upper surface and engageable in the recess of relative set.In unlocked position In, locking bar is threaded in door leaf.The locking bar being so provided for corresponding application target can be installed to locking member Place.

The tooth of little gear is especially matched with the recess in locking member on its cross section and vice versa, so that The little gear must being placed in rotation by lever passes through the lasting joint in the adjacent recess of locking member for the adjacent tooth Translationally to move locking member.

A form of implementation of arris latch is arranged to, crimp is fixed at the antetheca of lock body, wherein, in lock body Lever and little gear jointly rotatably support and at least one locking member is movably supported by translatable.Preferably, The moulding that lock body can be fixed to by least one crimp at it is constituted.Crimp can for example be fixed by means of countersunk head blind rivet At the antetheca of lock body.So crimp is indirectly the ingredient of lock body.In particular, certainly it is in or in Sealed lock in lock body It is configured with protuberance or recess, locking member can translationally move wherein or in-between and little gear can turn at the cover plate of body Support wherein or thereon dynamicly.

Alternatively can be set to, crimp is implemented with lock body single type ground.It is also possible to be arranged to, crimp and cover plate single type Ground is implemented.In both of these case, crimp will for example by means of injection or cast with lock body or cover plate single type manufacture.

Another form of implementation of arris latch is arranged to, spring element is applied to the maneuvering area pass with lever at any time In the eccentric region that its axis of oscillation is put relatively, so that lever is tightened in advance in unlocked position or in latched position And therefore prevent the unintentionally manipulation of locking member.As long as the eccentric region of lever is less than on the direction of spring element Big deflection, spring element is used for making lever return at any time in its original position.In contrast, against spring force manipulation lever In the case of, if move upward out the maximum deflection exceeding eccentric region in the side of spring element, spring element by lever plus Carry into and so that lever is reached in target location.

So that the particularly simple of arris latch creates possibility, it is arranged to, lock body is configured to, in order to assemble, Little gear can be presented in lock body in the position of regulation and lever can laterally be inserted in little gear, and wherein, lever can be put Move and be passed through the antetheca of lock body and be installed in the gap between the side wall at lock body as cover plate, wherein, this gap is right with non- The opening being arranged in crimp with claiming is consistent.Little gear can be presented in particular first in the receiving portion of annular or to by protruding In the rigging position that portion is formed.And then, lever is inserted in little gear, and wherein, lever is contiguous to side-walls in antetheca Gap in can show from antetheca.Crimp has opening in region corresponding with gap, and this opening is therefore especially relative to crimp Central longitudinal axis asymmetricly construct.Only after lever is inserted in little gear, crimp just can be fixed on lock At the antetheca of body.Therefore can achieve that little gear and lever are arranged in lock body first in the case of no instrument, wherein, its position Fixation is realized by cover plate, and and then cover plate is for example tightened to the side wall at lock body and therefore forming lock body.At cover plate Protuberance and recess can be especially configured with, lever and/or little gear are fixed on it in the position in lock body by it.So, exist Axis is for example may be configured with, lever around this axis oscillating and enclose and rotate about by little gear at cover plate.

When crimp and lock body or cover plate single type construct when, opening corresponding with gap correspondingly constructs in this component In.

In order to simplify the assembling of arris latch further, can be set to, lock body is configured to so that being configured to leaf spring Spring element can be presented in lock body in the position of regulation, and wherein, leaf spring passes through especially can be releasably secured Cover plate at lock body is fixing.Leaf spring is oriented after assembly so as to being tightened to lever in advance in latched position or solving In lock position.

Can be set in particular, make to be put into by the cover plate being releasably mounted at lock body or be inserted in lock body Element is maintained in its corresponding position, and wherein, cover plate construction becomes the side wall of lock body.

Brief description

Next at the form of implementation illustrated in the accompanying drawings of arris latch, exemplarily illustrate the present invention and technology Field.Wherein：

Fig. 1：Show schematically show the arris latch in latched position,

Fig. 2：Show schematically show the arris latch in centre position,

Fig. 3：Show schematically show the arris latch in unlocked position,

Fig. 4：Show schematically show the arris latch in latched position without cover plate,

Fig. 5：Show schematically show the arris latch in centre position without cover plate,

Fig. 6：Show schematically show the arris latch in unlocked position without cover plate,

Fig. 7：Show schematically show the optical cable of arris latch, and

Fig. 8：Show schematically show the other exploded view of the other part with arris latch.

List of numerals

1 arris latch

2 crimps

3 levers

4 locking members

5 little gears

6 teeth

7 recesses

8 antethecas

9 lock bodies

10 leaf springs

11 maneuvering areas

12 eccentric region

13 openings

14 cover plates.

Specific embodiment

Arris latch 1 illustrated in the accompanying drawings is provided for being assemblied in door leaf or sash, and wherein, arris latch 1 utilizes Crimp 2 is fixed at door leaf or sash.Arris latch 1 includes lever 3, and it is pivotally supported in lock body 9.In its pendulum In the region of shaft line, lever 3 is torsionally connected with the little gear 5 with tooth 6.The tooth 6 of little gear 5 is joined in locking unit In recess 7 in part 4, wherein, locking member 4 is translatable is movably bearing in lock body 9.Additionally, being disposed with steel in lock body 9 Flat spring 10, its be applied to relative with the maneuvering area 11 of lever 3 and in the eccentric region 12 put.Lever 3 can be laterally in lock Swing through at the antetheca 8 of body 9.Crimp 2 has corresponding opening 13 for this, and lever 3 passes through this opening during swinging.Opening 13 asymmetricly construct with regard to its longitudinal axis in crimp 2.

As may recognize that by Fig. 1 and 4, the locking member 4 being connected with locking bar extends over lock in latched position Body 9.In latched position, leaf spring 10 is so applied in the eccentric region 12 of lever 3 so that lever 3 can not be by no Meaning ground manipulates.

If now manually by manipulate maneuvering area 11 so that lever 3 is shown from the plane of crimp 2, torsionally by It is fixed on the pinion rotation at the axis of oscillation of lever 3, wherein, the tooth 6 of little gear 5 is joined to recessed in locking member 4 In mouthfuls 7, so that its translational movement and penetrate into (Fig. 2 and 5) in lock body 9.By the oscillating motion of lever 3, the bias of lever 3 Region 12 is against the spring-force driven dual of leaf spring 10.After with more than 90 degree of rocking levers 3, spring 10 is so applied to So that by pretension in unlocked position shown in Fig. 3 and 6 for the lever in eccentric region 12.In unlocked position, locking member 4 It is threaded in lock body 9.

As may recognize that by Fig. 7, the inner side of lock body 9 is configured with pin-shaped He plate-shaped protuberance, at which Or locking member 4 and little gear 5 can be placed into in-between.So, little gear 5 and locking member 4 are presented to first In lock body 9.And then, lever 8 is inserted in little gear 5, so that the maneuvering area 11 of lever 3 is arranged in accordingly front In the gap of construction between wall 8 and cover plate 14.And then, leaf spring 10 is also inserted on the protuberance arranging for this, wherein, Leaf spring 10 is applied in the eccentric region 12 of lever 3.

And then, crimp 2 can be fixed at the antetheca 8 of lock body 9, and wherein, the maneuvering area 11 of lever 3 is arranged in crimp In 2 opening 13 and lever 3 therefore no longer can be removed from lock body 9.Additionally, opening 13 is configured in crimp 2, its with front Gap (lever 3 swings through it) between wall 8 and cover plate 14 is consistent.Finally, cover plate 14 is for example fixed on by means of bolt At lock body 9, the element being therefore disposed in lock body 9 is maintained in its corresponding position with being attached.

Claims

1. a kind of arris latch (1) for being assemblied in door leaf or sash, including for being fixed on described arris latch (1) Crimp (2) at the flanging of described door leaf or sash and the lever being manipulated by showing from the plane of described crimp (3), described lever (3) with least one by the swing of described lever (3) enforcement translational motion, can be turned from latched position The locking member (4) moving on in unlocked position and returning is connected it is characterised in that described lever (3) swings with being arranged in it Little gear (5) at axis is torsionally connected, and wherein, the tooth (6) of described little gear (5) is joined to the institute in energy translational motion State in the recess (7) at locking member (4) place, so that the little tooth being rotatably driven by the oscillating motion of described lever (3) Wheel (5) translationally drives at least one described locking member (4).

2. arris latch according to claim 1 is it is characterised in that described crimp (2) is fixed on the antetheca of lock body (9) (8) place, wherein, lever (3) described in described lock body (9) and described little gear (5) jointly can rotationally support and at least one Individual described locking member (4) can the supporting of translational motion ground.

3. arris latch (1) according to claim 1 and 2 is it is characterised in that spring element (10) is applied to and institute at any time State in the eccentric region (12) that the maneuvering area (11) of lever (3) is put relatively with regard to its axis of oscillation, so that described thick stick Bar (3) is tightened in advance in described unlocked position or in described latched position and is therefore prevented being not intended to of described locking member (4) Manipulation.

4. the arris latch (1) according to Claims 2 or 3, wherein, described lock body (9) is configured to, in order to assemble, described Little gear (5) can be presented in described lock body (9) in the position of regulation, and described lever (3) be inserted in side described In little gear (5), wherein, described lever (3) can swing through in described antetheca (8) and be installed in as cover plate (14) described Gap between the side wall at lock body (9) place and described gap is consistent with the opening (13) being asymmetricly arranged in described crimp.

5. the arris latch (1) according to claim 3 or 4, wherein, described lock body (9) is configured to so that described spring element Part can be presented in described lock body (9) in the position of regulation as leaf spring (10).

6. the arris latch (1) according to any one of claim 4 or 5, wherein, can be releasably arranged on described lock The described element being placed into or be inserted in described lock body (9) is maintained at its corresponding position by the cover plate (14) at body (9) place In.