CN103470118A - Auxiliary lock - Google Patents
Auxiliary lock Download PDFInfo
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- CN103470118A CN103470118A CN2013102084543A CN201310208454A CN103470118A CN 103470118 A CN103470118 A CN 103470118A CN 2013102084543 A CN2013102084543 A CN 2013102084543A CN 201310208454 A CN201310208454 A CN 201310208454A CN 103470118 A CN103470118 A CN 103470118A
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- indoor
- sliding door
- lower frame
- auxiliary lock
- door
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Abstract
The present invention provides an auxiliary lock which can be hardly impacted by an object and can be difficultly detached in a manner of mounting on a slidable door-and-window. The auxiliary lock is mounted on the slidable door-and-window for restricting movement of an outdoor-side sliding door and an indoor-side sliding door in an opening direction. The slidable door-and-window is formed through arranging the indoor-side sliding door and the outdoor-side sliding door on a door-and-window frame in a freely openable/closeable manner. The auxiliary lock is provided with a housing and a movable component which is supported on the housing in a manner of freely movable in the indoor/outdoor direction. The housing is jointed with one selected from the low frame of the door-and-window frame or the lower frame of the outdoor-side sliding door. Furthermore the movable component is moved in the indoor/outdoor direction which is away from the housing, so that the movable component abuts against the other selected from the low frame of the door-and-window frame or the lower frame of the outdoor-side sliding door. Thereby, the auxiliary lock is fixed on the door-and-window frame, wherein, the auxiliary lock is accommodated between a lower frame of the outdoor-side sliding door and an indoor-side wall part of the door-and-window frame, which opposes the lower frame at the indoor side.
Description
Technical field
The present invention relates to auxiliary lock, be installed on the sliding door, window of gliding window or sliding door etc., and by being fixed on the movement of opening direction of the outer side sliding door of confinement cells on this sliding door, window and indoor and outdoor direction sliding door.
Background technology
Patent documentation 1 discloses a kind of auxiliary lock, be installed on sliding door, window and the movement of opening direction of the outer side sliding door of confinement cells and indoor sliding door, described sliding door, window is pulled indoor sliding door and outside can openedly and closedly to be arranged on door window frame and to form with slidingtype.
This auxiliary lock has: the distolateral fixed part of fore-and-aft direction one that is arranged on the shell of tabular; Can freely be arranged on movably forward and backward the movable part on shell.
Fixed part is formed on shell and from this shell and stretches out downwards.
Movable part is configured in the below of shell, relative on fore-and-aft direction with fixed part.This movable part stretches out to the soffit of shell from frame plate in the enclosure can freely be set movably forward and backward.On the upper surface of frame plate, rack tooth forms along fore-and-aft direction, the upper surface side of shell can around on lower shaft functional unit is installed freely to rotate, be fixed with the cam with the rack tooth engagement of frame plate on this functional unit.
During to a described functional unit of direction rotating operation, cam engages with rack tooth, it is mobile that movable part forwards moves and approach fixed part ground together with frame plate, during to another direction rotating operation functional unit, cam engages with rack tooth, and movable part rearward moves and be mobile away from fixed part ground together with frame plate.
By this auxiliary lock be fixed on the outer side sliding door of confinement cells on door window frame and indoor and outdoor direction sliding door open direction mobile the time, at first, the mode that becomes outside and rear side and become indoor with front side makes the fore-and-aft direction of auxiliary lock consistent with the indoor and outdoor direction, and under the state of closing two sliding doors, auxiliary lock is configured in outside sliding door lower frame Qie indoor, indoor sliding door door tail frame near, make the face butt of indoor of the lower frame of fixed part and outside sliding door, and make the face in faced chamber of the water retaining wall section outside of the door window frame that movable part is relative with lower frame at indoor and outside sliding door relative.
Under this state, with frame plate, rearward during mobile mode rotating operation functional unit, movable part is mobile away from fixed part ground, the described water retaining wall section of this movable part butt ground thrust door window frame.Thus, fixed part and movable part are clamp-oned between the lower frame and described water retaining wall section of outside sliding door, and auxiliary lock is fixed on sliding door, window.
[prior art document]
[patent documentation]
No. 4215902 communique of [patent documentation 1] Japan Patent
In described auxiliary lock in the past, while being fixed on sliding door, window by this auxiliary lock, for movable part is rearward moved, and rearward being moved, to the indoor direction, moves frame plate, but for taking the mobile surplus for this frame plate is moved to the indoor direction, shell forms longways along fore-and-aft direction, auxiliary lock is being fixed under the state on sliding door, window, and shell is outstanding to indoor from the described water retaining wall section of door window frame.
Auxiliary lock is being fixed under the state on sliding door, window, when shell is outstanding to indoor from described water retaining wall section, may having thing and clash into this ledge.
In addition, break the glass of the sliding door of sliding door, window, pull down the situation of auxiliary lock from outside, the shell that sometimes can enough hands gets at auxiliary lock is from the described water retaining wall section part outstanding to indoor, the situation that also has auxiliary lock easily to be disassembled.
Summary of the invention
Therefore, the present invention is in view of described problem, and its problem is to provide a kind of auxiliary lock, and under the state be arranged on sliding door, window, auxiliary lock is difficult to be clashed into by thing and is difficult to dismounting.
For solving described technical task, the feature of technology member of the present invention is the aspect of the following stated.
In the invention of technical scheme 1, a kind of auxiliary lock, be installed in the movement of opening direction of the outer side sliding door of confinement cells on sliding door, window and indoor sliding door, described sliding door, window is pulled indoor sliding door and outside can openedly and closedly to be arranged on door window frame and to form with slidingtype
Described auxiliary lock has shell, with can be supported in the movable member on this shell along the indoor and outdoor direction with moving freely, a side in the lower frame of the undercarriage of described shell and door window frame or outside sliding door is engaged, and movable member is moved to the indoor and outdoor direction and away from the direction of shell, and make the opposing party in the lower frame of the undercarriage of this movable member butt thrust door window frame or outside sliding door, thus, described auxiliary lock is fixed on door window frame, this auxiliary lock is housed in to the lower frame of outside sliding door, with in indoor between the indoor side wall portion of the door window frame relative with this lower frame.
In the invention of technical scheme 2, it is characterized in that, described shell can be configured in the lower frame of outside sliding door and in indoor between the indoor side wall portion of the door window frame relative with this lower frame and can be positioned in the wall section of the door window frame that supporting pulls, and can with the lower frame of outside sliding door or in indoor the side's butt in the indoor side wall portion of the door window frame relative with this lower frame
Described movable member can move from the opposing party facing in this lower frame or indoor side wall portion towards the opposing party described lower frame or indoor side wall portion of shell, make this movable member butt push the opposing party in described lower frame or indoor side wall portion, thus, this auxiliary lock can be fixed.
In the invention of technical scheme 3, it is characterized in that, described shell has: the housing main body that forms the case shape of lower opening shape; Lid, in below is inserted into this housing main body and be fixed on this housing main body and upper surface along the sliding door the switching direction be provided with a pair of guide portion,
Described movable member has: base plate is configured between the guide portion of described lid and can to move freely ground along the indoor and outdoor direction directed; The pushing wall, can push the opposing party in described lower frame or indoor side wall portion,
Described base plate can via be formed on shell towards the through hole in the wall section of the opposing party in described lower frame or indoor side wall portion from shell in outstanding to outside, be provided with the pushing wall in the outstanding side from shell of this base plate.
In the invention of technical scheme 4, it is characterized in that, on described shell, be provided with for avoiding the guide rail of interfering with the indoor guide rail along opening and closing direction guiding indoor sliding door to dodge section.
In the invention of technical scheme 5, it is characterized in that, be arranged on abutting part on described shell can with the lower frame of outside sliding door or in indoor the side's butt in the indoor side wall portion of the door window frame relative with this lower frame, and movable member can with the lower frame of outside sliding door or in indoor the opposing party's butt in the indoor side wall portion of the door window frame relative with this lower frame, the position of indoor and outdoor direction that can change the described abutting part of shell.
The effect of invention
Because auxiliary lock of the present invention is housed in the lower frame of outside sliding door and in indoor between the indoor side wall portion of the door window frame relative with this lower frame, so, under the state be arranged on sliding door, window, can bring into play the effect that auxiliary lock is difficult to be clashed into by thing and be difficult to dismounting.
In addition, because auxiliary lock does not stretch out to indoor from the indoor side wall portion of the door window frame relative with lower frame in indoor, so in the situation that remove the fixing of auxiliary lock, even auxiliary lock is placed in the lower frame of outside sliding door and between the indoor side wall portion of the door window frame relative with this lower frame, also have this auxiliary lock not become the advantage of obstacle in indoor.
The accompanying drawing explanation
Fig. 1 is fixed on auxiliary lock the side-looking partial sectional view of the state on gliding window.
Fig. 2 is fixed on auxiliary lock the partial sectional view of overlooking of state on gliding window.
Fig. 3 is fixed on auxiliary lock the front view of the gliding window of the state on gliding window.
Fig. 4 is the stereogram of auxiliary lock.
Fig. 5 is the exploded perspective view of lock main body.
Fig. 6 observes the stereogram of functional unit from downside.
Fig. 7 is the side view cutaway drawing of auxiliary lock.
Fig. 8 is the partial sectional view of overlooking of auxiliary lock.
Fig. 9 is the backsight sectional view of auxiliary lock.
In Figure 10 (a)～(g), (a) be the top view of cam part, (b) be the upward view of cam part, (c) be the front view of cam part, (d) be the sectional view along C-C line line, (e) being the sectional view along the D-D line, is (f) stereogram of observing from upside, is (g) stereogram from the cam part of downside observation.
Figure 11 (a) and (b) in, (a) be the top view of the auxiliary lock of other embodiments, be (b) front view of the auxiliary lock of other embodiments.
In Figure 12 (a)～(d), (a) be the rear elevation of the position change member of abutting part, (b) be abutting part position change member overlook partial sectional view, (c) be the side-looking partial sectional view of the position change member of abutting part, (d) mean the rear elevation of action of the position change member of abutting part.
The explanation of Reference numeral
1 sliding door, window (gliding window)
2 door window frames (window frame)
3 indoor sliding doors
4 outside sliding doors
9 lower frames
13 undercarriages
The indoor side wall portion (water retaining wall section) of 16a door window frame relative with outside sliding door lower frame in indoor
The wall section (cross wall section) of the door window frame of 18 supporting sliding doors
24 shells
25 movable members
27 housing main bodies
28 lids
40 through holes
43 guide rails are dodged section
49 guide portion
53 base plates
54 pushing walls
67 abutting parts
The A indoor
The B outside
X indoor and outdoor direction (fore-and-aft direction)
Y opens and closes direction (left and right directions)
The specific embodiment
Below, illustrate referring to the drawings embodiments of the present invention.
In Fig. 3, Reference numeral 1 is as the illustrative gliding window of sliding door, window, this gliding window 1 be with indoor sliding door 3 and outside sliding door 4 slidably the mode of freely openable be arranged on the window frame 2(door window frame that the window peristome on the building main body that is formed at house etc. is installed).
As shown in Figure 3, indoor sliding door 3 and outside sliding door 4 consist of the glass plate 7 of frame 6 and this frame 6 of embedding.Frame 6 forms rectangular box-like by upper ledge 8, lower frame 9, a door frame 10 and door tail frame 11.
Described window frame 2 forms rectangular box-like by added 12, undercarriage 13 and pair of right and left vertical frame 14.
As shown in Figure 1, the undercarriage 13 of this window frame 2 has: indoor longitudinal wall part 16; Outside longitudinal wall part 17; Link these longitudinal wall part 16,17 each other and the cross wall section 18 of supporting indoor sliding door 3 and outside sliding door 4; Be arranged on the pair of guide rails 19,20 of the indoor and outdoor direction X in this cross wall section 18.
Indoor sliding door 3 can along open and close direction move freely by 19 guiding of indoor guide rail, outside sliding door 4 can along open and close direction move freely by 20 guiding of outside guide rail.
The wall thickness direction of described indoor longitudinal wall part 16 and outside longitudinal wall part 17 is consistent with indoor and outdoor direction X, wall is towards indoor and outdoor direction X, and the 16a of wall section of the upper side of indoor longitudinal wall part 16 is outstanding and relative with the face of the indoor A of the lower frame 9 of outside sliding door 4 upward from cross wall section 18.
The 16a of wall section that the face of the indoor A of this indoor longitudinal wall part 16 and lower frame 9 outside sliding door 4 is relative is called water retaining wall section.
In addition, in the following description, indoor and outdoor direction X is called to fore-and-aft direction, the outside B of indoor and outdoor direction X is called to ，Bing Jiang indoor, the place ahead A and is called rear.In addition, sliding door 3,4 switching direction Y is called to left and right directions, will be from indoor A towards the left side of gliding window 1 referred to as left side, from indoor A towards the right side of gliding window 1 referred to as right side.
In Fig. 1～Fig. 9, Reference numeral 21 is to carry out the auxiliary lock of the movement of opening direction of side sliding door 3 and indoor sliding door 3 in confinement cells by being fixed on described gliding window 1.
As shown in Figure 4, this auxiliary lock 21 mainly consists of lock main body 22 and functional unit 23.
Lock main body 22 mainly by shell 24, can before and after be supported in the movable member 25 on this shell 24 and the cam part 26 that engages with this movable member 25 forms with moving freely.
As shown in Figure 5, described shell 24 is mainly by housing main body 27, lid 28 and baffle plate 29(abutting part) form.
As shown in Fig. 5, Fig. 7, Fig. 8 and Fig. 9, housing main body 27 is formed the case shape of lower opening shape by the sidewall 33 of upper wall 31, front and rear wall 31,32 and left and right.
Left and right directions Y middle body at the upper wall 31 of housing main body 27 is formed with the peristome 34 consisted of circular port.In the lower face side of this upper wall 31, the rib wall 36 that downward reaches the above-below direction middle part of housing main body 27 from these upper wall 31 soffits is respectively formed at the left and right sides of peristome 34.Each rib wall 36 is formed on from antetheca 31 to rear wall in 32 scope.In addition, in the left and right directions Y outside of each rib wall 36, the lid installation portion 38 with screwed hole 37 of lower opening shape downward reaches the above-below direction middle part of housing main body 27 from upper wall 30 soffits.The soffit of the soffit of this lid installation portion 38 and rib wall 36 forms becomes identical height and position on above-below direction.
On the antetheca 31 of housing main body 27, be formed with towards the rectangular pushing wall from top view of rear depression and accommodate recess 39, this pushing wall is accommodated recess 39 and is formed on upper end from antetheca 31 in the scope of lower end.In accommodating recess 39, this pushing wall contains pushing wall 54 described later.
In addition, the above-below direction middle part at the left and right directions Y of this antetheca 31 middle body is formed through through hole 40.This through hole 40 is positioned at the middle body of 36, left and right rib wall, and 40aYu bottom, top 40b compares, and the width of left and right directions Y forms narrowly, and top 40a form the left and right directions Y central portion that is positioned at bottom 40b be convex form from top view.
In the back of the rear wall 32 of housing main body 27, be formed with towards the place ahead depression observe from behind rectangular recess 41, this recess 41 only below is open.In the recess 41 of these rear wall 32 back, be pasted with the baffle plate 29 formed by rectangular-shaped rubber tile etc.In addition, in the front of this rear wall 32 (housing main body 27 inner surfaces), be formed with the vertical rib 42 that pair of right and left is stretched out towards the place ahead.Should vertical rib 42 be formed on lower end from described rib wall 36 in the scope of the lower end of housing main body 27.
This housing main body 27(shell 24) can be configured between the lower frame 9 and the described water retaining wall 16a of section of outside sliding door 4, and can be positioned in the cross wall section 18 of supporting sliding door 3,4.
In addition, housing main body 27 can be across the face butt of baffle plate 29 and the outside B of 16a faced chamber of water retaining wall section (the back side of shell 24 can with the face butt of the outside B of 16a faced chamber of water retaining wall section).
On the left and right of housing main body 27 sidewall 33, be formed with from lower end and form towards incised notch ground, top and to dodge section 43 for avoiding with the guide rail of the interference of indoor guide rail 19.This guide rail is dodged section 43 and is formed on than the position of the more forward side of fore-and-aft direction X central authorities.In addition, because of various gliding window 1(sliding door, windows) different make the position of the indoor and outdoor direction X of indoor guide rail 19 have deviation, but the deviation (can absorb deviation) of the position that the front and back width that described guide rail is dodged section 43 is the indoor and outdoor direction X that can tackle indoor guide rail 19, form widelyr fully than the thickness of indoor guide rail 19.
The lower end of the lower end of described rib wall 36 and lid installation portion 38 is positioned at the position closer to the top, upper end of dodging section 43 than guide rail, and the lower end of described through hole 40 becomes with guide rail dodges the roughly the same height and position in the upper end of section 43.
As shown in Fig. 5, Fig. 7, Fig. 8 and Fig. 9, lid 28 is formed the case shape of lower opening shape by the sidewall 47 of upper wall 44, front and rear wall 45,46 and left and right, be inserted into the inside of housing main body 27 from below, upper wall 44 upper surfaces of this lid 28 and the soffit butt of described rib wall 36 and lid installation portion 38.
On the upper wall 44 of this lid 28, the position corresponding with the screwed hole 37 of lid installation portion 38 at housing main body 27, be formed with screwing through hole 48, lid 28 be fixed on housing main body 27 with the screw 35 that screwed hole 37 screws togather by from below, interting this screwing through hole 48.
In addition, upper wall 44 upper surfaces at lid 28 are formed with pair of right and left guide portion 49.This guide portion 49 forms from the upper surface of the lid 28 outstanding long ridge of fore-and-aft direction X upward, each guide portion 49 on left and right directions Y between rib wall 36 and through hole 40.Therefore, through hole 40 is positioned at 49 of left and right guide portion.
On the left and right of this lid 28 sidewall 47, be formed be formed on housing main body 27 on guide rail dodge guide rail corresponding to section 43 and dodge section 50.
Back (lid 28 inner surfaces) at the antetheca 45 of lid 28, the vertical rib 51 that is positioned at left and right directions Y central portion is formed on above-below direction, on the rear wall 46 of lid 28, be formed with pair of right and left from behind towards recessed section 52 of the above-below direction of the place ahead depression, chimeric in this recessed section 52 have a vertical rib 42 formed on rear wall 32 fronts of shell main body 27.
As shown in Fig. 5, Fig. 7, Fig. 8 and Fig. 9, described movable member 25 mainly by base plate 53, be formed on the front end of this base plate 53 and can push the pushing wall 54 of lower frame 9 of outside sliding door 4 and the butt plate 55 sticked on the front of this pushing wall 54 forms.
This base plate 53 passes the bottom 40b of through hole 40 and the mode that rack tooth 56 passes the top 40a of through hole 40 with this base plate 53, through hole 40 through housing main body 27 also can forwards be given prominence to, and can give prominence to along fore-and-aft direction X from the front of housing main body 27 with freely advancing and retreat.
Pushing wall 54 forms rectangular tabular from top view, the back of this pushing wall 54 from the slightly top side of above-below direction central portion and at left and right directions Y central portion, be connected with the front end of base plate 53.Be formed with the recess 57 towards rear depression in the front of this pushing wall 54, the butt plate 55 consisted of rubber tile etc. that is embedded in these recess 57 ground settings sticks on the front of pushing wall 54.
As shown in figure 10, described cam part 26 is formed by base portion 58, the spiral cam 60 that is arranged on the holding section 59 on the upper surface of this base portion 58 and is arranged on the lower face side of base portion 58.
Base portion 58 forms to overlook observes rounded shape, by the minor diameter part 58a on top and the large-diameter portion 58b of diameter large bottom than this minor diameter part 58a, forms stepped.
Holding section 59 forms the tubular that diameter is less than the minor diameter part 58a of base portion 58, and outer peripheral face forms the circumferential concaveconvex shape formed continuously of protuberance and recess edge.In addition, the endoporus of this holding section 59 becomes the embedded hole that have bottom outlet form 61 poroid by circle, and bottom arrives the minor diameter part 58a of base portion 58.
In addition, on base portion 58, be formed with the poroid handle hole that has bottom outlet to form 62 of hexagonal downward be arranged with by the bottom surface from embedded hole 61.
This cam part 26 be before being arranged on housing main body 27 by lid 28 from below be inserted into this housing main body 27, as shown in Fig. 7 and Fig. 9, the minor diameter part 58a of base portion 58 is interted the peristome 34 at the upper wall 30 of housing main body 27, and the upper wall 30 soffit butts of large-diameter portion 58b upper surface and housing main body 27, thus, the top movement of cam part 26 is limited.In addition, by lid 28 is arranged on housing main body 27, by this lid 28, prevent cam part 26 extracting downwards.
The soffit of the spiral cam 60 of cam part 26 contacts with guide portion 49 upper surface slide of lid 28, and this cam part 26 can be supported on shell 24 by easy on and off rotationally.
In addition, cam part 26 is positioned at the upside of the base plate 53 of movable member 25, and as shown in Figure 8, spiral cam 60 meshes with the rack tooth 56 of base plate 53.
As shown in Figure 6, the top of described functional unit 23 becomes knob 63, and it is cylindric that bottom forms external surface.In the lower face side of this functional unit 23, be formed with and can embed for the holding section 59 of cam part 26 and inner peripheral surface becomes the connecting hole 64 with the concaveconvex shape of the concaveconvex shape coupling of holding section 59.By the outer holding section 59 that is embedded in cam part 26 of connecting hole 64 by this functional unit 23, functional unit 23 can rotate integratedly with cam part 26.And, by functional unit 23 is carried out to rotating operation, cam part 26 and functional unit 23 unitary rotation, spiral cam 60 engages (with rack tooth 56 engagements) with rack tooth 56, and thus, base plate 53 moves forward and backward, and movable member 25 is advanced and retreat along fore-and-aft direction X.
In addition, as shown in Figure 6 to 8, on functional unit 23, be provided with the core that is positioned at connecting hole 64 and be inserted into the insertion section 65 of the embedded hole 61 of cam part 26.This insertion section 65 forms the cylindrical body of forked, by inserting embedded hole 61, and slightly forms on elastic deformation ground to radially inner side, between the external surface of the inner surface of embedded hole 61 and insertion section 65, produces suitable frictional resistance.
This functional unit 23 can be with respect to cam part 26 disassembled and assembled freelies, by functional unit 23 is pulled down and operation of cam parts 26 easily from cam part 26.
In addition, on the knob 63 of functional unit 23, be formed with at the connecting hole 66 that functional unit 23 is engaged for the engaging portion making this functional unit 23 and being arranged on wall etc. when cam part 26 is pulled down.
In addition, in the auxiliary lock 21 of present embodiment, by will with pole member (die nut etc.) the update hole 62 of the hexagonal column that is formed on handle hole on base portion 58 62 couplings, even without functional unit 23, also can rotating operation cam part 26.
Described auxiliary lock 21 is arranged on to gliding window 1(sliding door, window) time, for example, the state of gliding window 1 is closed in employing, under the state that movable member 25 is retreated, mode with movable member 25 towards outside B, be configured in auxiliary lock 21 between the lower frame 9 of outside sliding door 4 and the 16a of water retaining wall section and near the door tail frame 11 of indoor sliding door 3.And, shell 24 is positioned in the cross wall section 18 of undercarriage 13, and makes the back side (baffle plate 29) of shell 24 and the butt of the face towards outside B of the 16a of water retaining wall section.
Under this state, to functional unit 23 operate make movable member 25 before so that make movable member 25(butt plate 55) with the face butt of the inboard A of lower frame 9 faced chamber of outside sliding door 4, then, while further to the direction that movable member 25 is advanced, functional unit 23 being operated, the lower frame 9 of movable member 25 pushing outside sliding doors 4, auxiliary lock 21 is clamp-oned between the lower frame 9 and the described water retaining wall 16a of section of outside sliding door 4, and this auxiliary lock 21 is fixed on gliding window 1.Thus, the movement of opening direction of indoor sliding door 3 and outside sliding door 4 is limited.
In addition, while making functional unit 23 to counter-rotation, fixedly being disengaged of auxiliary lock 21.
In the auxiliary lock 21 of described structure, shell 24 can be configured between the lower frame 9 and the 16a of water retaining wall section of outside sliding door 4, movable member 25 can push the lower frame 9 of outside sliding door 4, thereby auxiliary lock 21 forms the lower frame 9 that can be housed in outside sliding door 4 and the size between the 16a of water retaining wall section.
Thus, auxiliary lock 21 is being arranged on to gliding window 1(sliding door, window) state under, thing is difficult to strike this auxiliary lock 21, and auxiliary lock 21 is difficult to be removed.In addition, auxiliary lock 21 can more not stretch out to indoor A than the 16a of water retaining wall section, thereby in the situation that removed the fixing of auxiliary lock 21, even auxiliary lock 21 is placed between the lower frame 9 and the 16a of water retaining wall section of outside sliding door 4, this auxiliary lock 21 can not become obstacle yet.In addition, in the situation that removed the fixing of auxiliary lock 21, between the lower frame 9 and the 16a of water retaining wall section that auxiliary lock 21 are placed in to outside sliding door 4, can prevent the loss of auxiliary lock 21.
In the present embodiment, as the sliding door, window 1 that uses auxiliary lock 21, exemplified with gliding window 1, but be not limited to this, also can be for the sliding door as sliding door, window 1 that auxiliary lock 21 is arranged on to the peristome of coming in and going out etc.
In addition, the front edge that the guide rail of housing main body 27 is dodged section 43 can engage with indoor guide rail 19, under this state, also can, by making the lower frame 9 of movable member 25 pushing outside, butt ground sliding doors 4, auxiliary lock 21 be fixed on sliding door, window 1.
In addition, auxiliary lock 21 also can form front and back on the contrary, lower frame 9 butts of shell 24 and outside sliding door 4, and movable member 25 can push the 16a of water retaining wall section.
Figure 11 shows the auxiliary lock 21 of other embodiments.
The auxiliary lock 21 of present embodiment is that left and right directions Y forms shell 24 longways, and two groups of movable members 25, cam part 26 and functional unit 23 are set on left and right directions Y.
In addition, in the auxiliary lock 21 of these other embodiments, be arranged on the back side of shell 24 and can be set up by free change of location along fore-and-aft direction X with the abutting part 67 of the 16a of water retaining wall section butt (freely adjusting position), thus, can make the multiple gliding window 1(sliding door, window of auxiliary lock 21 reply).
This abutting part 67 forms by observing from behind the rectangular orthogonal baffle plate 69 of observing from behind that bears wall 68 and stick on this back of bearing wall 68.
The position change member example that the position of this abutting part 67 is changed forms as illustrated in fig. 12.
Position change member shown in this Figure 12 has: the columned support unit 71 with axle center of fore-and-aft direction X; Be arranged on the first fastener 72 and the second fastener 73 on this support unit 71.
The first fastener 72 and the second fastener 73 be outstanding the setting from support unit 71 to radial outside, and these first fasteners 72 and the second fastener 73 are a pair of along circumferentially being provided with respectively of support unit 71.
In addition, first fastener 72 is positioned at the rear of second fastener 73, and another the first fastener 72 is positioned at the rear of another the second fastener 73.
The second fastener 73 is with respect to the first fastener 72, and width (size that support unit 71 is circumferential) and height (support unit size radially) are larger.
Under the state of abutting part 67 and the back butt of rear wall 32, the first fastener 72 is between rear wall 32 and abutment wall 78, and the second fastener 73 is positioned at the front side of abutment wall 78.
In the first support holes 74, be formed with the first fastener 72 can by and intransitable the first otch 76 of the second fastener 73 is formed with the second otch 77 that the second fastener 73 can pass through in the second support holes 75.
In the position of described structure change member, as shown in Figure 12 (a)～(c), the first fastener 72 week of support unit 71 upwards with the first otch 76 dislocation and the second fastener 73 week of support unit 71 upwards with the state of the second otch 77 dislocation under, abutting part 67 and support unit 71 can not move forward and backward.
Under this state, support unit 71 is rotated around axle center, as shown in Figure 12 (d), make the first fastener 72 and the first otch 76 couplings and make the second fastener 73 and the second otch 77 while mating, abutting part 67 and support unit 71 can rearward move.When abutting part 67 and support unit 71 are rearward moved, abutting part 67 and support unit 71 rearward move, until the second fastener 73 and rear wall 32 butts.
When the second fastener 73 and rear wall 32 butt, make abutting part 67 return to original position around the axle center rotation of support unit 71.
Like this, abutting part 67 can change of location to the position shown in the imaginary line of Figure 11 (a) and Figure 12 (b).
In addition, as the position change member of abutting part 67, be not limited to the parts of the structure shown in Figure 12, also can adopt the parts of other structure.For example, also can adopt the position change member that has utilized ratchet mechanism or the position formed by rack tooth and spiral cam to change member etc.
In addition, in legend, exemplified with the position change member that can make abutting part 67 freely change with the front and back two-stage, but be not limited to this, also can make abutting part 67 with the multistage change of location more than 3 grades, in addition, can also make infinitely change of location of abutting part 67.
The auxiliary lock 21 of the embodiment of other structures and Fig. 1～Figure 10 similarly forms.
In addition, the position of the described abutting part 67 of the auxiliary lock 21 of these other embodiment change member also can be for the auxiliary lock 21 of the embodiment of Fig. 1～Figure 10.
Claims (5)
1. an auxiliary lock, be installed in the come up movement of opening direction of the outer side sliding door (4) of confinement cells and indoor sliding door (3) of sliding door, window (1), described sliding door, window (1) can openedly and closedly be arranged on door window frame (2) by indoor sliding door (3) and outside sliding door (4) with slidingtype and goes up and form
Described auxiliary lock has shell (24), with can be supported in the movable member (25) on this shell (24) along indoor and outdoor direction (X) with moving freely, a side in the lower frame (9) of the undercarriage (13) of described shell (24) and door window frame (2) or outside sliding door (4) is engaged, and movable member (25) is moved to indoor and outdoor direction (X) and away from the direction of shell (24), and make the opposing party in the lower frame (9) of the undercarriage (13) of this movable member (25) butt thrust door window frame (2) or outside sliding door (4), thus, described auxiliary lock is fixed on door window frame (2), this auxiliary lock is characterised in that,
This auxiliary lock is housed in to the lower frame (9) of outside sliding door (4) and at indoor (A) between the indoor side wall portion (16a) of the door window frame (2) relative with this lower frame (9).
2. auxiliary lock as claimed in claim 1, is characterized in that,
Described shell (24) can be configured in the lower frame (9) of outside sliding door (4) and at indoor (A) between the indoor side wall portion (16a) of the door window frame (2) relative with this lower frame (9) and can be positioned in supporting and pull in the wall section (18) of door window frame (2) of (3,4), and the lower frame (9) of can pull with outside (4) or the side's butt in the indoor side wall portion (16a) of the door window frame (2) relative with this lower frame (9) at indoor (A)
Described movable member (25) can move from the opposing party facing in this lower frame (9) or indoor side wall portion (16a) towards the opposing party described lower frame (9) or indoor side wall portion (16a) of shell (24), make this movable member (25) butt push the opposing party in described lower frame (9) or indoor side wall portion (16a), thus, this auxiliary lock can be fixed.
3. auxiliary lock as claimed in claim 2, is characterized in that,
Described shell (24) has: the housing main body (27) that forms the case shape of lower opening shape; Lid (28), be inserted in this housing main body (27) and be fixed on this housing main body (27) and upper surface is provided with a pair of guide portion (49) along the switching direction (Y) of pulling from below,
Described movable member (25) has: base plate (53) is configured between the guide portion (49) of described lid (28) and can to move freely ground along indoor and outdoor direction (X) directed; Pushing wall (54), can push the opposing party in described lower frame (9) or indoor side wall portion (16a),
Described base plate (53) can via be formed on shell (24) towards the through hole (40) in the wall section (31) of the opposing party in described lower frame (9) or indoor side wall portion (16a) from shell (24) in outstanding to outside, be provided with pushing wall (54) in the outstanding side from shell (24) of this base plate (53).
4. auxiliary lock as claimed in claim 1, is characterized in that, upper at described shell (24),
Be provided with for avoiding the guide rail of interfering with the indoor guide rail (19) along opening and closing direction (Y) guiding indoor sliding door (3) to dodge section (43).
5. auxiliary lock as claimed in claim 1, it is characterized in that, be arranged on abutting part (67) on described shell (24) can pull with outside the lower frame (9) of (4) or at indoor (A) the side's butt in the indoor side wall portion (16a) of the door window frame (2) relative with this lower frame (9), and movable member (25) can pull with outside the lower frame (9) of (4) or at indoor (A) the opposing party's butt in the indoor side wall portion (16a) of the door window frame (2) relative with this lower frame (9)
Can change the position of indoor and outdoor direction (X) of the described abutting part (67) of shell (24).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-127974 | 2012-06-05 | ||
| JP2012127974A JP5981774B2 (en) | 2012-06-05 | 2012-06-05 | Auxiliary lock |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103470118A true CN103470118A (en) | 2013-12-25 |
| CN103470118B CN103470118B (en) | 2016-08-31 |
Family
ID=49795144
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310208454.3A Active CN103470118B (en) | 2012-06-05 | 2013-05-30 | Auxiliary lock |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5981774B2 (en) |
| CN (1) | CN103470118B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI656270B (en) * | 2016-09-06 | 2019-04-11 | 日商庇護日本股份有限公司 | Door structure of the shelter |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101852434B1 (en) * | 2016-02-02 | 2018-04-26 | 엘지전자 주식회사 | Apparatus for sensing and removing dew of refrigerator and method controlling thereof |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4304429A (en) * | 1980-01-28 | 1981-12-08 | Gist Marion A | Locking apparatus for sliding windows and the like |
| JPH068652U (en) * | 1992-06-29 | 1994-02-04 | 松本金属株式会社 | Lock |
| JP2005068885A (en) * | 2003-08-26 | 2005-03-17 | Hinaka Seisakusho:Kk | Auxiliary lock for sliding door |
| CN1916339A (en) * | 2006-08-25 | 2007-02-21 | 台湾铝门窗开发有限公司 | Composition device of moveable safety stop and guide channel |
| CN201047203Y (en) * | 2007-05-16 | 2008-04-16 | 陈富来 | Window sash location locking device of metal anti-theft window |
| CN201981903U (en) * | 2011-03-03 | 2011-09-21 | 徐晶 | Sliding window locking device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS51102496U (en) * | 1975-02-14 | 1976-08-17 | ||
| JPS585015Y2 (en) * | 1978-09-04 | 1983-01-27 | 浮谷工業株式会社 | Auxiliary lock |
| JPH0678558U (en) * | 1993-04-21 | 1994-11-04 | 松本金属株式会社 | Lock |
-
2012
- 2012-06-05 JP JP2012127974A patent/JP5981774B2/en active Active
-
2013
- 2013-05-30 CN CN201310208454.3A patent/CN103470118B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4304429A (en) * | 1980-01-28 | 1981-12-08 | Gist Marion A | Locking apparatus for sliding windows and the like |
| JPH068652U (en) * | 1992-06-29 | 1994-02-04 | 松本金属株式会社 | Lock |
| JP2005068885A (en) * | 2003-08-26 | 2005-03-17 | Hinaka Seisakusho:Kk | Auxiliary lock for sliding door |
| CN1916339A (en) * | 2006-08-25 | 2007-02-21 | 台湾铝门窗开发有限公司 | Composition device of moveable safety stop and guide channel |
| CN201047203Y (en) * | 2007-05-16 | 2008-04-16 | 陈富来 | Window sash location locking device of metal anti-theft window |
| CN201981903U (en) * | 2011-03-03 | 2011-09-21 | 徐晶 | Sliding window locking device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI656270B (en) * | 2016-09-06 | 2019-04-11 | 日商庇護日本股份有限公司 | Door structure of the shelter |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013253379A (en) | 2013-12-19 |
| CN103470118B (en) | 2016-08-31 |
| JP5981774B2 (en) | 2016-08-31 |
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