CN103835626B - Sliding out window - Google Patents
Sliding out window Download PDFInfo
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- CN103835626B CN103835626B CN201210474158.3A CN201210474158A CN103835626B CN 103835626 B CN103835626 B CN 103835626B CN 201210474158 A CN201210474158 A CN 201210474158A CN 103835626 B CN103835626 B CN 103835626B
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- window frame
- sash
- window
- fixed
- packing ring
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Abstract
Sliding out window of the present invention has the window frame being fixed on building, the sash of the opening of closing window frame can be opened, sash openedly and closedly can be supported on the sliding mechanism of window frame, for preventing the 1st sash anti-shedding mechanism come off of sash, sliding mechanism has the window frame side mounting baseplate being fixed on window frame, be fixed on the sash side mounting baseplate of sash, connect multiple arms of window frame side mounting baseplate and sash side mounting baseplate, window frame is made up of the 1st window frame and the 2nd window frame, 1st sash anti-shedding mechanism comprises: the 1st fixed part, be fixed on an end of window frame side mounting baseplate, 2nd fixed part, is fixed on the 1st window frame, 1st insertion section, be formed at the both sides of the 2nd fixed part respectively, and there is the 1st lug boss, be formed with the 1st insertion groove in the both sides being provided with the 1st embedded groove of window frame side mounting baseplate of the 1st window frame, a face of the 1st insertion groove is close in the 1st insertion section mode with the end face of the 1st lug boss is inserted in the 1st insertion groove.
Description
Technical field
The present invention relates to a kind of sliding out window.
Background technology
All the time, the building such as house is provided with the window of open and close type.Window is by being fixed on the window frame of wall body opening portion and being arranged at this window frame and sash to be opened/closed formed.Sash is made up of window sash frame and the sash member that is seated in glass material inside this window sash frame etc.As the opening and closing structure of sash and window frame, use a kind of sliding out window skidding off formula.Sliding out window is made and such as with special mounting structure, window frame is combined with sash, and the structure (see Japanese JP-57-68893-U etc.) that rotation limit, sash limit is skidded off outside window frame.This mounting structure has linkage, and this linkage comprises the multiple arms being designed to make the rotational action specified when opening and closing.The two end axles of each arm is supported on sash side mounting baseplate and window frame side mounting baseplate, and each mounting baseplate is fixed on window sash frame and window frame.Now, in order to support the weight of sash, mounting structure ensures sufficient intensity.In above-mentioned sliding out window, the mounting baseplate of mounting structure and window sash frame or window frame fixing is generally (see the Japanese JP-59-181190-U etc.) that utilize screw-driving respectively to carry out.
Described above carry out connecting of supporting device and window frame or window sash frame with screw time, there is problem as described below, namely, because the load produced during sash opening and closing is only born by fixing screw, so likely owing to repeatedly carrying out the on-off action of sash, screw produces and loosens, and damaged disengaging occurs result screw, sash comes off from window frame.
Summary of the invention
The present invention is because the problems referred to above and the invention that completes, the object of the invention is to, even if provide a kind of sliding out window that sash also can not come off from window frame when fixing screw loosens etc.
In order to reach above-mentioned purpose, sliding out window involved in the present invention, it is characterized in that, there is the window frame being fixed on building, the sash of the opening of closing described window frame can be opened, described sash openedly and closedly can be supported on the sliding mechanism of described window frame, and for preventing the 1st sash anti-shedding mechanism come off of described sash, described sliding mechanism has the window frame side mounting baseplate being fixed on described window frame by screw, the sash side mounting baseplate of described sash is fixed on by screw, and connect multiple arms of described window frame side mounting baseplate and described sash side mounting baseplate, described window frame is by being fixed with described window frame side mounting baseplate and a pair the 1st window frames respect to one another and a pair the 2nd window frames vertical with described 1st window frame and respect to one another are formed, described 1st sash anti-shedding mechanism comprises: the 1st fixed part, be fixed on an end on the length direction of described window frame side mounting baseplate, 2nd fixed part, is fixed on described 1st window frame by the 1st screw of more than 1, 1st insertion section, be formed at the both sides on the width of described 2nd fixed part respectively, and there is the 1st lug boss of the relative direction projection along described a pair the 1st window frames, be formed with the 1st insertion groove in the both sides being provided with the 1st embedded groove of described window frame side mounting baseplate of described 1st window frame, a face of described 1st insertion groove is close in described 1st insertion section mode with the end face of described 1st lug boss is inserted in described 1st insertion groove.
In above-mentioned sliding out window involved in the present invention, there is the 1st sash anti-shedding mechanism, and the 1st sash anti-shedding mechanism is comprised the 1st fixed part of the end being fixed on window frame side mounting baseplate and is fixed on the 2nd fixed part of the 1st window frame by the 1st screw of more than 1, thus, even if when there is loosening grade in original screws such as window frame side mounting baseplate being fixed on the screw of window frame, utilize the 1st sash anti-shedding mechanism of the present invention, also the generation that sash comes off from window frame can be prevented, and, due to the 1st sash anti-shedding mechanism, also there are the both sides that are formed at the 2nd fixed part respectively and there is the 1st insertion section of the 1st lug boss, a face of the 1st insertion groove of the 1st window frame is close in 1st insertion section mode with the end face of the 1st lug boss is inserted in the 1st insertion groove, therefore, the chimeric each other of the 1st insertion section and the 1st insertion groove can be utilized, the fixing to window frame of further reinforcing window frame side mounting baseplate, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 1st sash anti-shedding mechanism also comprises: the 1st covering part, and the mode comprising the 1st screw covering described more than 1 is arranged at the 1st main part on described 2nd fixed part and is formed at the 1st claw of both sides of described 1st main part respectively; And the 1st rise part, erect the end being arranged at described 2nd fixed part, and the described end contact of described 1st rise part and described 1st covering part, described 1st claw is locked in described 1st insertion groove.Like this, the 1st covering part possessed due to the 1st sash anti-shedding mechanism covers the 1st screw of more than 1, thus loosening of these the 1st screws can be prevented, and reinforce the fixing to window frame of window frame side mounting baseplate further, thus more reliably prevent the generation that sash comes off from window frame.In addition, due to the end contact of the 1st rise part and the 1st covering part, therefore, the 1st covering part and the 1st rise part can be made to seem as a whole, thus the aesthetic property of sliding out window can be improved.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 1st covering part is formed by elastomeric material.Specifically, because the 1st covering part is formed by elastomeric material, therefore, when installation the 1st covering part, can enable the 1st claw of both sides that elastic deformation occurs to the inside snaps onto in the 1st insertion groove to make the 1st claw, like this, after the 1st claw snaps onto in the 1st insertion groove, make the 1st claw be locked in the 1st insertion groove securely due to elastic recovering force, thus, because the 1st claw is locked in the 1st insertion groove securely, therefore, loosening of the 1st covering part can be prevented, thus reliably can cover multiple 1st screw to prevent loosening of these the 1st screws.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, also comprise the 2nd sash anti-shedding mechanism come off for preventing described sash, described 2nd sash anti-shedding mechanism is in roughly L-shaped and be arranged at the corner portion formed by described 1st window frame and described 2nd window frame, described 2nd sash anti-shedding mechanism comprises: the 1st Embedded Division, has the 1st opening embedding the 2nd rise part erectting another end be arranged on the length direction of described window frame side mounting baseplate; 3rd fixed part, is close to described 2nd window frame, and is provided with the 2nd screw hole of more than 1; 2nd insertion section, is formed at the both sides on the width of described 3rd fixed part respectively, and has the 2nd lug boss of the relative direction projection along described a pair the 2nd window frames; And the 2nd more than 1 screw, via the 2nd screw hole of described more than 1, described 3rd fixed part is anchored in described 2nd window frame, be formed with the 2nd insertion groove in the both sides being provided with the 2nd embedded groove of described 3rd fixed part of described 2nd window frame, a face of described 2nd insertion groove is close in described 2nd insertion section mode with the end face of described 2nd lug boss is inserted in described 2nd insertion groove.
Like this, in above-mentioned sliding out window, utilize the 2nd sash anti-shedding mechanism, can reliably prevent coming off of sash further.Specifically, be embedded in the 1st opening of the 1st Embedded Division by erectting the 2nd rise part being arranged at another end of window frame side mounting baseplate, 3rd fixed part is anchored on the 2nd window frame by the 2nd screw, and the 2nd insertion section is closely inserted in the 2nd insertion groove, even if thus when window frame side mounting baseplate is fixed on original screw such as the screw of window frame occur to loosen wait, window frame side mounting baseplate also can be firmly fixed in window frame by disperseing it stressed by the 2nd sash anti-shedding mechanism, therefore, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.And, because the 2nd sash anti-shedding mechanism of L-shaped has the face being fixed on the 2nd window frame, therefore, compare to disperse the stressed situation of window frame side mounting baseplate compared to existing multiple screws by means of only being arranged at the 1st window frame, the stressed area of dispersion window frame side mounting baseplate can be increased, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 2nd sash anti-shedding mechanism also comprises: the 2nd covering part, and the mode comprising the 2nd screw covering described more than 1 is arranged at the 2nd main part on described 3rd fixed part and is formed at the 2nd claw of both sides of described 2nd main part respectively; And the 3rd rise part, erect the end being arranged at described 3rd fixed part, and the described end contact of described 3rd rise part and described 2nd covering part, described 2nd claw is locked in described 2nd insertion groove.Like this, the 2nd covering part possessed due to the 2nd sash anti-shedding mechanism covers multiple 2nd screw, thus loosening of these the 2nd screws can be prevented, and reinforce the fixing to window frame of the 2nd sash anti-shedding mechanism further, thus more reliably prevent the generation that sash comes off from window frame.In addition, due to the end contact of the 2nd rise part and the 2nd covering part, therefore, the 2nd covering part and the 2nd rise part can be made to seem as a whole, thus the aesthetic property of sliding out window can be improved.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 2nd covering part is formed by elastomeric material.Specifically, because the 2nd covering part is formed by elastomeric material, therefore, when installation the 2nd covering part, can enable the 2nd claw of both sides that elastic deformation occurs to the inside snaps onto in the 2nd insertion groove to make the 2nd claw, like this, after the 2nd claw snaps onto in the 2nd insertion groove, make the 2nd claw be locked in the 2nd insertion groove securely due to elastic recovering force, thus, because the 2nd claw is locked in the 2nd insertion groove securely, therefore, loosening of the 2nd covering part can be prevented, thus reliably can cover multiple 2nd screw to prevent loosening of these the 2nd screws.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, also comprise the 3rd sash anti-shedding mechanism come off for preventing described sash, described 3rd sash anti-shedding mechanism is in roughly L-shaped and be arranged at the corner portion formed by described 1st window frame and described 2nd window frame, described 3rd sash anti-shedding mechanism comprises: the 2nd Embedded Division, has the 2nd opening embedding and erect and be arranged at the 2nd rise part of another end of described window frame side mounting baseplate; 4th fixed part, is close to described 2nd window frame, and is provided with the 3rd screw hole of more than 1; 1st fastener, is locked in the 1st draw-in groove of described 2nd window frame; 3rd screw of more than 1, is anchored on described 4th fixed part in described 2nd window frame via the 3rd screw hole of described more than 1.
Like this, in such sliding out window, utilize the 3rd sash anti-shedding mechanism, can reliably prevent coming off of sash further.Specifically, be embedded in the 2nd opening of the 2nd Embedded Division by erectting the 2nd rise part being arranged at another end of window frame side mounting baseplate, 4th fixed part is anchored on the 2nd window frame by the 3rd screw, and the 1st fastener is locked in the 1st draw-in groove of the 2nd window frame, even if thus when window frame side mounting baseplate is fixed on original screw such as the screw of window frame occur to loosen wait, window frame side mounting baseplate also can be firmly fixed in window frame by disperseing it stressed by the 3rd sash anti-shedding mechanism, therefore, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.And, because the 3rd sash anti-shedding mechanism of L-shaped has the face being fixed on the 2nd window frame, therefore, compare to disperse the stressed situation of window frame side mounting baseplate compared to existing multiple screws by means of only being arranged at the 1st window frame, the stressed area of dispersion window frame side mounting baseplate can be increased, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 1st fastener comprises leaf spring and holds the accommodation section of described leaf spring, described leaf spring by fixed head, be obliquely installed tongue piece in one end of described fixed head and formed with the 3rd Embedded Division that the mode forming step difference with described tongue piece is arranged at one end of described tongue piece, described fixed head is fixed on described accommodation section, under the state that described 1st fastener is locked in described 1st draw-in groove of described 2nd window frame, described 3rd Embedded Division is embedded in the opening of described 2nd window frame.Like this, when installation the 3rd sash anti-shedding mechanism, first the 1st fastener is inserted into the 1st draw-in groove of the 2nd window frame from the construction opening of the 2nd window frame, and along the 1st draw-in groove, the 3rd sash anti-shedding mechanism is moved, tongue piece is subject to the extruding of the wall of the 1st draw-in groove and rotates, when the 3rd Embedded Division moves to the snap openings of the 2nd window frame, due to the elastic recovering force of tongue piece, the 3rd Embedded Division is pressed into the snap openings of the 2nd window frame, thus the 3rd sash anti-shedding mechanism is locked in the 2nd window frame, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described fixed head is fixed on described accommodation section by cementing agent or thermal welding.At this, as the fixed form of fixed head, list cementing agent or thermal welding, but, as long as fixed head can be fixed on the mode of accommodation section, also can be arbitrary mode.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, multiple bindiny mechanism is provided with between described sash side mounting baseplate and described sash, described bindiny mechanism comprises: columnar part, is throughly arranged in the 1st through hole of described sash side mounting baseplate and the 2nd through hole of described sash; Cap portion, is arranged at one end of described columnar part, and covers the perimeter zone of a port of described 1st through hole of described sash side mounting baseplate; And more than 1 C type packing ring, be arranged in the cannelure of the other end being formed at described columnar part respectively; The external diameter of the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described more than 1 is greater than the external diameter of described 2nd through hole of described sash.Like this, utilize the multiple bindiny mechanisms connecting sash side mounting baseplate and sash, even if when there is loosening grade in original screws such as sash side mounting baseplate being fixed on the screw of sash, also can make together with sash side mounting baseplate firmly fixes with sash, and, the perimeter zone of a port of the 1st through hole of sash side mounting baseplate is covered due to cap portion, (namely the external diameter of the C type packing ring near mounting baseplate side, sash side in the C type packing ring of more than 1 is greater than the external diameter of the 2nd through hole of sash, the C type packing ring near mounting baseplate side, sash side in the C type packing ring of more than 1 at least covers a part for the perimeter zone of a port of the 2nd through hole of sash), like this, columnar part can be reliably made to be inserted into the 1st through hole and the 2nd through hole and not come off from the 1st through hole and the 2nd through hole.Further, due to C type packing ring can easily dismounting, so C type packing ring occur aging or damaged in, the packing ring that can easily more renew.
In addition, in above-mentioned sliding out window involved in the present invention, preferably also possess: O type packing ring, be arranged between the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described sash and described more than 1; Described O type packing ring covers the perimeter zone of a port of described 2nd through hole of described sash, the stacked setting of mode that the C type packing ring of described more than 1 increases towards mounting baseplate side, described sash side gradually with the external diameter of each C type packing ring, the external diameter of the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described more than 1 is greater than the internal diameter of described O type packing ring.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described C type packing ring comprises: ring part, has the 3rd opening; Multiple 3rd lug boss, circumferential direction arrangement in described ring part, the diameter of a circle tangent with each top of described multiple 3rd lug boss is below the internal diameter of described cannelure.Like this, the 3rd opening and easily dismounting C type packing ring can be utilized, thus C type packing ring occur aging or damaged in, the packing ring that can easily more renew.And, because the diameter of a circle tangent with each top of multiple 3rd lug boss is below the internal diameter of cannelure, therefore, the plurality of 3rd lug boss can be utilized and C type packing ring is close in the columnar part of bindiny mechanism securely, thus can prevent because C type packing ring comes off from the columnar part of bindiny mechanism and cause columnar part to come off from the 1st through hole and the 2nd through hole.
In addition, in above-mentioned sliding out window involved in the present invention, preferably, described 3rd opening narrows gradually towards the center of described C type packing ring.Like this, can prevent C type packing ring from coming off from the columnar part of bindiny mechanism, thus can prevent further because C type packing ring comes off from the columnar part of bindiny mechanism and cause columnar part to come off from the 1st through hole and the 2nd through hole.
According to the present invention, even if provide a kind of sliding out window that sash also can not come off from window frame when fixing screw loosens etc.
Accompanying drawing explanation
Fig. 1 is the stereogram of the general configuration of the sliding out window represented involved by the 1st embodiment of the present invention.
Fig. 2 is the A portion enlarged drawing of the general configuration of the sliding out window represented involved by the 1st embodiment of the present invention.
Fig. 3 is the rough cross-sectional view of the I-I line represented along Fig. 2.
Fig. 4 is the stereogram of the general configuration representing the 1st sash anti-shedding mechanism that the sliding out window involved by the 1st embodiment of the present invention possesses.
Fig. 5 is the stereogram of the general configuration of the 1st covering part representing the 1st sash anti-shedding mechanism that the sliding out window involved by the 1st embodiment of the present invention possesses.
Fig. 6 is the B portion enlarged drawing of the general configuration of the sliding out window represented involved by the 2nd embodiment of the present invention.
Fig. 7 is the stereogram of the general configuration representing the 2nd sash anti-shedding mechanism that the sliding out window involved by the 2nd embodiment of the present invention possesses.
Fig. 8 is the B portion enlarged drawing of the general configuration of the sliding out window represented involved by the 3rd embodiment of the present invention.
Fig. 9 is the stereogram of the general configuration representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.
Figure 10 is the stereogram of the general configuration representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.
Figure 11 is the stereogram of the general configuration of the leaf spring representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.
Figure 12 is the sectional view of the erection sequence representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.
Figure 13 is the partial perspective view of the general configuration of the sliding out window represented involved by the 4th embodiment of the present invention.
Figure 14 is the C portion enlarged drawing representing Figure 13.
Figure 15 is the figure of the general configuration of the syndeton represented involved by the 4th embodiment of the present invention.
Figure 16 is the figure of the general configuration of the C type packing ring of the syndeton represented involved by the 4th embodiment of the present invention.
Figure 17 is the figure of the general configuration of the C type packing ring of the syndeton involved by variation representing the 4th embodiment of the present invention.
Detailed description of the invention
Below, with reference to accompanying drawing, be preferred embodiment described in detail of the present invention.At this, in the description of the drawings, mark identical symbol to identical or suitable key element, the repetitive description thereof will be omitted.
(the 1st embodiment)
Fig. 1 is the stereogram of the general configuration of the sliding out window represented involved by the 1st embodiment of the present invention.Fig. 2 is the A portion enlarged drawing of the general configuration of the sliding out window represented involved by the 1st embodiment of the present invention.Fig. 3 is the rough cross-sectional view of the I-I line represented along Fig. 2.Fig. 4 is the stereogram of the general configuration representing the 1st sash anti-shedding mechanism that the sliding out window involved by the 1st embodiment of the present invention possesses.Fig. 5 is the stereogram of the general configuration of the 1st covering part representing the 1st sash anti-shedding mechanism that the sliding out window involved by the 1st embodiment of the present invention possesses.
Sliding out window 1 involved by present embodiment has the window frame 10 being fixed on building, the sash 20 can opening the opening 101 of closing window frame 10, sash 20 openedly and closedly can be supported on the sliding mechanism 30 of window frame 10 and be used for preventing the 1st sash anti-shedding mechanism 40 come off of sash 20.
In addition, sash 20 is made up of the sash member 202 of the transparent materials such as window sash frame 201 and glass.
In addition, sliding mechanism 30 is had the window frame side mounting baseplate 301 being fixed on window frame 10 by screw, the sash side mounting baseplate 302 being fixed on sash 20 by screw and connects multiple arms 303 of window frame side mounting baseplate 301 and sash side mounting baseplate 302.Further, as sliding mechanism, the sliding mechanism of the prior art that sash can be made reliably to skid off can be used.
In addition, window frame 10 is by being fixed with window frame side mounting baseplate 301 and a pair the 1st window frames 102(102a, 102b respect to one another) and a pair the 2nd window frames 103(103a, 103b vertical with the 1st window frame 102a, 102b and respect to one another) form.
In the present embodiment, because sliding out window 1 is identical with the structure at the 1st window frame 102b place at the 1st window frame 102a, and also identical with the structure at the 2nd window frame 103b place at the 2nd window frame 103a, therefore, only the structure of sliding out window 1 at the 1st window frame 102a and the 2nd window frame 103a place is described.All identical in each following embodiment.
In addition, the 1st sash anti-shedding mechanism 40 is arranged at the 1st window frame 102a, comprises the 1st fixed part 401, the 2nd fixed part 402 and the 1st insertion section 403.The end 301a that 1st fixed part 401 is fixed on the length direction of window frame side mounting baseplate 301 by such as pin 404 being inserted into the pin hole 405 on the 1st fixed part 401.2nd fixed part 402 is by being fixed on the 1st window frame 102a by spaced 2 the 1st screw holes 406 of 2 the 1st screw fastenings on the 2nd fixed part 402.
In addition, the 1st insertion section 403 is formed at the both sides on the width of the 2nd fixed part 402 respectively, and has along the relative direction of a pair the 1st window frames 102a, 102b to the 1st lug boss 403a of the 1st window frame 102b side projection.
In addition, window frame side mounting baseplate 301 is installed in the 1st embedded groove 102c of the 1st window frame 102a.The cross sectional shape of the 1st embedded groove 102c is C font.The 1st insertion groove 102d is formed in the both sides of the width (that is, being provided with the indoor and outdoor direction of the building of sliding out window) of the 1st embedded groove 102c.
In addition, the mode that a face of the 1st insertion groove 102d is close in the 1st insertion section 403 with the end face 403b of the 1st lug boss 403a is inserted in the 1st insertion groove 102d.
In above-mentioned sliding out window, there is the 1st sash anti-shedding mechanism, and the 1st sash anti-shedding mechanism comprise be fixed on window frame side mounting baseplate length direction on an end the 1st fixed part and be fixed on the 2nd fixed part of the 1st window frame by 2 the 1st screws, thus, even if when there is loosening grade in original screws such as window frame side mounting baseplate being fixed on the screw of window frame, utilize the 1st sash anti-shedding mechanism of the present invention, also the generation that sash comes off from window frame can be prevented, and, due to the 1st sash anti-shedding mechanism, also there are the both sides on the width being formed at the 2nd fixed part respectively and there is the 1st insertion section of the 1st lug boss, a face of the 1st insertion groove of the 1st window frame is close in 1st insertion section mode with the end face of the 1st lug boss is inserted in the 1st insertion groove, therefore, the chimeric each other of the 1st insertion section and the 1st insertion groove can be utilized, the fixing to window frame of further reinforcing window frame side mounting baseplate, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window 1, the 1st sash anti-shedding mechanism 40 also can comprise the 1st covering part 407 and the 1st rise part 408.The mode that 1st covering part 407 comprises covering 2 the 1st screws is arranged at the 1st main part 407a on the 2nd fixed part 402 and is formed at the 1st claw 407b of the both sides on the width of the 1st main part 407a respectively.1st rise part 408 erects the end being arranged at the 2nd fixed part 402, and contacts with the end face 407c of the 1st covering part 407.1st claw 407b is locked in the 1st insertion groove 102d.
Like this, the 1st covering part possessed due to the 1st sash anti-shedding mechanism covers multiple 1st screw, thus loosening of these the 1st screws can be prevented, and reinforce the fixing to window frame of window frame side mounting baseplate further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, the shape of the outer peripheral edge 408a of the 1st rise part 408 also can be roughly consistent with the shape of the outer peripheral edge 407d of the end face 407c of the 1st covering part 407.Thus, due to the shape of the outer peripheral edge of the 1st rise part roughly consistent with the shape of the outer peripheral edge of the end face of the 1st covering part (namely mutually mating), therefore, the 1st covering part and the 1st rise part can be made to seem as a whole, thus the aesthetic property of sliding out window can be improved.
In addition, in above-mentioned sliding out window, preferably the 1st covering part is formed by elastomeric material.Specifically, because the 1st covering part is formed by elastomeric material, therefore, when installation the 1st covering part, can enable the 1st claw of both sides that elastic deformation occurs to the inside snaps onto in the 1st insertion groove to make the 1st claw, like this, after the 1st claw snaps onto in the 1st insertion groove, make the 1st claw be locked in the 1st insertion groove securely due to elastic recovering force, thus, because the 1st claw is locked in the 1st insertion groove securely, therefore, loosening of the 1st covering part can be prevented, thus reliably can cover multiple 1st screw to prevent loosening of these the 1st screws.
Above, the 1st embodiment of the present invention is illustrated, but the present invention is not limited thereto.Such as, in the present embodiment, the number of the 1st screw is 2, but as long as the 2nd fixed part reliably can be fixed on the structure of the 1st window frame, the number of the 1st screw is not limited to 2, also can be more than 1 or 3.In addition, as the fixed form of the 1st fixed part and window frame side mounting baseplate, list pin fixed form, but, be not limited thereto, also can adopt such as screw fixation method, thermal welding fixed form, by other the fixed form such as fixed form of cementing agent.
(the 2nd embodiment)
Fig. 6 is the B portion enlarged drawing of the general configuration of the sliding out window represented involved by the 2nd embodiment of the present invention.Fig. 7 is the stereogram of the general configuration representing the 2nd sash anti-shedding mechanism that the sliding out window involved by the 2nd embodiment of the present invention possesses.
Sliding out window involved by 2nd embodiment, in the sliding out window involved by the 1st embodiment, also comprise for preventing the 2nd sash anti-shedding mechanism the 50,2nd sash anti-shedding mechanism 50 come off of sash in roughly L-shaped and being arranged at the corner portion formed by the 1st window frame 102a and the 2nd window frame 103a.
In addition, the 2nd sash anti-shedding mechanism 50 comprises the 1st Embedded Division 501, the 3rd fixed part 502,503 and 2, the 2nd insertion section the 2nd screw 504.
In addition, the 1st Embedded Division 501 has the 1st opening 501a embedding the 2nd rise part 301c erectting another end 301b be arranged on the length direction of window frame side mounting baseplate 301.
In addition, the 3rd fixed part 502 is close to the 2nd window frame 103a, and is provided with 2 spaced 2nd screw hole 502a.Thus, via 2 the 2nd screw hole 502a, the 3rd fixed part 502 is anchored in the 2nd window frame 103a.
In addition, the 2nd insertion section 503 is formed at the both sides on the width of the 3rd fixed part 502 respectively, and has along the relative direction of a pair the 2nd window frames 103a, 103b to the 2nd lug boss 503a of the 2nd window frame 103b side projection.
In addition, the 3rd fixed part 502 is installed in the 2nd embedded groove 103c of the 2nd window frame 103a.The cross sectional shape of the 2nd embedded groove 103c is C font.The 2nd insertion groove 103d is formed in the both sides of the width (that is, being provided with the indoor and outdoor direction of the building of sliding out window) of the 2nd embedded groove 103c.
In addition, the mode that a face of the 2nd insertion groove 103d is close in the 2nd insertion section 503 with the end face 503b of the 2nd lug boss 503a is inserted in the 2nd insertion groove 103d.
Like this, in above-mentioned sliding out window, utilize the 2nd sash anti-shedding mechanism, can reliably prevent coming off of sash further.Specifically, be embedded in the 1st opening of the 1st Embedded Division by erectting the 2nd rise part being arranged at another end of window frame side mounting baseplate, 3rd fixed part is anchored on the 2nd window frame by the 2nd screw, and the 2nd insertion section is closely inserted in the 2nd insertion groove, even if thus when window frame side mounting baseplate is fixed on original screw such as the screw of window frame occur to loosen wait, window frame side mounting baseplate also can be firmly fixed in window frame by disperseing it stressed by the 2nd sash anti-shedding mechanism, therefore, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.And, because the 2nd sash anti-shedding mechanism of L-shaped has the face being fixed on the 2nd window frame, therefore, compare to disperse the stressed situation of window frame side mounting baseplate compared to existing multiple screws by means of only being arranged at the 1st window frame, the stressed area of dispersion window frame side mounting baseplate can be increased, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window, the 2nd sash anti-shedding mechanism 50 also can comprise the 2nd covering part 505 and the 3rd rise part 506.The mode that 2nd covering part 505 comprises covering 2 the 2nd screws 504 is arranged at the 2nd main part 505a on the 3rd fixed part 502 and is formed at the 2nd claw 505b of the both sides on the width of the 2nd main part 505a respectively.3rd rise part 506 erects the end being arranged at the 3rd fixed part 502, and contacts with the end face 505c of the 2nd covering part 505.2nd claw 505b is locked in the 2nd insertion groove 103d.
Like this, the 2nd covering part possessed due to the 2nd sash anti-shedding mechanism covers multiple 2nd screw, thus loosening of these the 2nd screws can be prevented, and reinforce the fixing to window frame of the 2nd sash anti-shedding mechanism further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, the shape of the outer peripheral edge 506a of the 3rd rise part 506 also can roughly consistent with the shape of the outer peripheral edge 505d of the end face 505c of the 2nd covering part 505 (mating) mutually.Thus, due to the shape of the outer peripheral edge of the 2nd rise part roughly consistent with the shape of the outer peripheral edge of the end face of the 2nd covering part (namely mutually mating), therefore, the 2nd covering part and the 2nd rise part can be made to seem as a whole, thus the aesthetic property of sliding out window can be improved.
In addition, in above-mentioned sliding out window, preferably the 2nd covering part is formed by elastomeric material.Specifically, because the 2nd covering part is formed by elastomeric material, therefore, when installation the 2nd covering part, can enable the 2nd claw of both sides that elastic deformation occurs to the inside snaps onto in the 2nd insertion groove to make the 2nd claw, like this, after the 2nd claw snaps onto in the 2nd insertion groove, make the 2nd claw be locked in the 2nd insertion groove securely due to elastic recovering force, thus, because the 2nd claw is locked in the 2nd insertion groove securely, therefore, loosening of the 2nd covering part can be prevented, thus reliably can cover multiple 2nd screw to prevent loosening of these the 2nd screws.
Above, the 2nd embodiment of the present invention is illustrated, but the present invention is not limited thereto.Such as, in the present embodiment, the number of the 2nd screw is 2, but as long as the 3rd fixed part reliably can be fixed on the structure of the 2nd window frame, the number of the 2nd screw is not limited to 2, also can be more than 1 or 3.
(the 3rd embodiment)
Fig. 8 is the B portion enlarged drawing of the general configuration of the sliding out window represented involved by the 3rd embodiment of the present invention.Fig. 9 is the stereogram of the general configuration representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.Figure 10 is the stereogram of the general configuration representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.Figure 11 is the stereogram of the general configuration of the leaf spring representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses.
Sliding out window involved by 3rd embodiment, in the sliding out window involved by the 1st embodiment, also comprises the 3rd sash anti-shedding mechanism 60 come off for preventing sash.3rd sash anti-shedding mechanism 60 is in roughly L-shaped and be arranged at the corner portion formed by the 1st window frame 102a and the 2nd window frame 103a.
3rd sash anti-shedding mechanism 60 comprises the 2nd Embedded Division 601, the 4th fixed part 602, the 1st fastener 603 and 2 the 3rd screws 606.1st fastener 603 is arranged at the side on the width of the 4th fixed part 602.
In addition, the 2nd Embedded Division 601 has to embed and erects the 2nd of the 2nd rise part 301c being arranged at another end 301b on the length direction of window frame side mounting baseplate 301 and open 601a.4th fixed part 602 is close to the 2nd window frame 103a, and is provided with 2 spaced 3rd screw hole 602a.1st fastener 603 is locked in the 1st draw-in groove 103e of the 2nd window frame 103a.Via 2 the 3rd screw hole 602a, the 4th fixed part 602 is anchored in the 2nd window frame 103.
Like this, in such sliding out window, utilize the 3rd sash anti-shedding mechanism, can reliably prevent coming off of sash further.Specifically, be embedded in the 2nd opening of the 2nd Embedded Division by erectting the 2nd rise part being arranged at another end of window frame side mounting baseplate, 4th fixed part is anchored on the par of the 2nd window frame by the 3rd screw, and the 1st fastener is locked in the 1st draw-in groove of the 2nd window frame, even if thus when window frame side mounting baseplate is fixed on original screw such as the screw of window frame occur to loosen wait, window frame side mounting baseplate also can be firmly fixed in window frame by disperseing it stressed by the 3rd sash anti-shedding mechanism, therefore, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.And, because the 3rd sash anti-shedding mechanism of L-shaped has the face being fixed on the 2nd window frame, therefore, compare to disperse the stressed situation of window frame side mounting baseplate compared to existing multiple screws by means of only being arranged at the 1st window frame, the stressed area of dispersion window frame side mounting baseplate can be increased, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window, 1st fastener 603 comprises leaf spring 605 and holds the accommodation section 604 of leaf spring 605, leaf spring 605 by fixed head 605a, be obliquely installed tongue piece 605b in one end of fixed head 605a and formed with the 3rd Embedded Division 605c being arranged at one end of tongue piece 605b with the mode of tongue piece 605b forming station jump.Fixed head 605a is fixed on accommodation section 604, and under the state that the 1st fastener 603 is locked in the 1st draw-in groove 103e of the 2nd window frame 103, the 3rd Embedded Division 605c is embedded in the opening 103f of the 2nd window frame 103a.
In addition, accommodation section 604 is formed in the side on the width of the 4th fixed part 602, and is roughly C shape, namely when being installed on the 2nd window frame 103a towards the 2nd window frame 103a side opening.When being installed on the 2nd window frame 103a, accommodation section 604 is by being roughly parallel to the 1st wall portion 604a of the 2nd window frame 103a and erectting the 2nd wall portion 604b of setting from the two ends of the 1st wall portion 604a and form the spatial accommodation holding leaf spring 605.
In addition, fixed head 605a is fixed on the bottom of the 2nd wall portion 604b.
In addition, leaf spring 605 can rotate along the direction perpendicular to the plane formed by the 1st window frame 102a, 102b and the 2nd window frame 103a, 103b in spatial accommodation.
Figure 12 is the sectional view of the erection sequence representing the 3rd sash anti-shedding mechanism that the sliding out window involved by the 3rd embodiment of the present invention possesses, Figure 12 a represents that the construction opening 103g from the 1st draw-in groove 103e of the 2nd window frame 103a inserts the situation of the 1st fastener 603, Figure 12 b represents situation when being moved and be not embedded into the opening 103f of the 1st draw-in groove 103e of the 2nd window frame 103a by mode the 1st fastener 603 that the wall 103h of the 1st draw-in groove 103e extrudes along the 1st draw-in groove 103e with tongue piece 605b, Figure 12 c is situation when representing that tongue piece 605b is embedded into the opening 103f of the 2nd window frame 103a.Like this, when installation the 3rd sash anti-shedding mechanism 60, first the 1st fastener 603 is inserted from the construction opening 103g of the 2nd window frame 103a, then, moved along the 1st draw-in groove 103e to the 1st window frame 102a side by mode the 1st fastener 603 that the wall 103h of the 1st draw-in groove 103e extrudes with tongue piece 605b, then, when the 3rd Embedded Division 605c moves to the opening 103f of the 2nd window frame 103a, due to the elastic recovering force of tongue piece 605b, the 3rd Embedded Division 605c is pressed into the opening 103f of the 2nd window frame 103a, thus the 3rd sash anti-shedding mechanism 60 is locked in the 2nd window frame 103a, like this, the fixing to window frame of window frame side mounting baseplate can be reinforced further, thus more reliably prevent the generation that sash comes off from window frame.
In addition, in above-mentioned sliding out window, preferably, fixed head is fixed on accommodation section by cementing agent or thermal welding.At this, as the fixed form of fixed head, list cementing agent or thermal welding, but, as long as fixed head can be fixed on the mode of accommodation section, also can be arbitrary mode.
Above, the 3rd embodiment of the present invention is illustrated, but the present invention is not limited thereto.Such as, in the present embodiment, the number of the 3rd screw is 2, but as long as the 4th fixed part reliably can be fixed on the structure of the 2nd window frame, the number of the 3rd screw is not limited to 2, also can be more than 1 or 3.
(the 4th embodiment)
Figure 13 is the stereogram of the general configuration of the sliding out window represented involved by the 4th embodiment of the present invention.Figure 14 is the figure of the general configuration of the syndeton represented involved by the 4th embodiment of the present invention.Figure 15 is the figure of the general configuration of the syndeton represented involved by the 4th embodiment of the present invention.Figure 16 is the figure of the general configuration of the C type packing ring of the syndeton represented involved by the 4th embodiment of the present invention.
Sliding out window involved by 4th embodiment is from the different of sliding out window involved by the 1st embodiment, is also provided with 2 bindiny mechanisms 70 between sash side mounting baseplate 302 and sash 20.
In addition, bindiny mechanism 70 comprises columnar part 701,702,1, cap portion C type packing ring 703 and 1 O type packing ring 704.Columnar part 701 is through to be arranged in the 1st through hole 302a of sash side mounting baseplate 302 and the 2nd through hole 20a of sash 20.Cap portion 702 is integrally formed at one end of columnar part 701, and covers the perimeter zone of a port 302b of the 1st through hole 302a of sash side mounting baseplate 302.C type packing ring 703 is arranged in the cannelure 705 of the other end being formed at columnar part 701.O type packing ring 704 is held between C type packing ring 703 and sash 20.
In addition, the inner surface of C type packing ring 703 is attached to the surface of cannelure 705, the external diameter of C type packing ring 703 is greater than the internal diameter of O type packing ring 704, (namely the internal diameter of O type packing ring 704 equals the external diameter of columnar part 701, the inner surface of O type packing ring 704 is attached to the surface of columnar part 701), the external diameter of O type packing ring 704 is greater than the external diameter of the 2nd through hole 20a of sash 20.Thus, O type packing ring 704 covers the perimeter zone of a port 20b of the 2nd through hole 20a of sash 20.
Like this, utilize the multiple bindiny mechanisms connecting sash side mounting baseplate and sash, even if when there is loosening grade in original screws such as sash side mounting baseplate being fixed on the screw of sash, also can make together with sash side mounting baseplate firmly fixes with sash, and, the perimeter zone of a port of the 1st through hole of sash side mounting baseplate is covered due to cap portion, O type packing ring covers the perimeter zone of a port of the 2nd through hole of sash, like this, columnar part can be reliably made to be inserted into the 1st through hole and the 2nd through hole and not come off from the 1st through hole and the 2nd through hole, have again, because C type packing ring can easily dismounting, so C type packing ring occur aging or damaged in, the packing ring that can easily more renew.
In addition, in the present embodiment, preferably, C type packing ring 703 comprises ring part 703a and multiple 3rd lug boss 703b.Ring part 703a has the 3rd opening 703c.Multiple 3rd lug boss 703b is along circumferential direction arrangement in ring part 703a, and the diameter R of the round 703d tangent with each top of multiple 3rd lug boss 703a is below the internal diameter d of cannelure 705.Like this, the 3rd opening can be utilized and easily dismounting C type packing ring, and, because the diameter of a circle tangent with each top of multiple 3rd lug boss is below the internal diameter of cannelure, therefore, the plurality of 3rd lug boss can be utilized and C type packing ring is close in the columnar part of bindiny mechanism securely, thus can prevent because C type packing ring comes off from the columnar part of bindiny mechanism and cause columnar part to come off from the 1st through hole and the 2nd through hole.
In addition, in the present embodiment, preferably, the 3rd opening 703c narrows gradually towards the center CR of C type packing ring 703.Like this, can prevent C type packing ring from coming off from the columnar part of bindiny mechanism, thus can prevent further because C type packing ring comes off from the columnar part of bindiny mechanism and cause columnar part to come off from the 1st through hole and the 2nd through hole.
Above, the 4th embodiment of the present invention is illustrated, but the present invention is not limited thereto.Such as, in the present embodiment, the number of bindiny mechanism 70 is 2, but be not limited to this, the number of bindiny mechanism 70 also can be more than 1 or 3.In addition, in the present embodiment, 1 C type packing ring is provided with in the cannelure of columnar part, but, be not limited to this, as shown in figure 17, 2 C type packing rings also can be set, in the case, the stacked setting of mode that 2 C type packing rings increase towards mounting baseplate 302 side, sash side gradually with the external diameter of each C type packing ring, the external diameter of the C type packing ring near mounting baseplate 302 side, sash side in 2 C type packing rings is greater than the internal diameter of O type packing ring, the inner surface of 2 C type packing rings is all attached to the surface of cannelure 705, or, the C type packing ring of more than 3 also can be set, in the case, the stacked setting of mode that the C type packing ring of more than 3 increases towards mounting baseplate 302 side, sash side gradually with the external diameter of each C type packing ring, the external diameter of the C type packing ring near mounting baseplate 302 side, sash side in the C type packing ring of more than 3 is greater than the internal diameter of O type packing ring, the inner surface of the C type packing ring of more than 3 is all attached to the surface of cannelure 705.In addition, in the present embodiment, be provided with 1 C type packing ring and 1 O type packing ring, but, be not limited to this, O type packing ring also can not be set, in the case, external diameter near the C type packing ring of mounting baseplate 302 side, sash side is greater than the external diameter of the 2nd through hole of sash, and in other words, the C type packing ring near mounting baseplate 302 side, sash side at least covers a part for the perimeter zone of a port of the 2nd through hole of sash.
Further, the present invention is not limited to above-mentioned embodiment, those skilled in the art can be out of shape the present invention when not departing from connotation of the present invention and scope as required and change.These distortion and change all fall within the scope of the present invention.Such as, the combination that also can be suitable for the 1st ~ 4th above-mentioned embodiment.
Claims (15)
1. a sliding out window, is characterized in that,
There is the window frame being fixed on building, the sash can opening the opening of closing described window frame, described sash openedly and closedly can be supported on the sliding mechanism of described window frame and be used for preventing the 1st sash anti-shedding mechanism come off of described sash,
Described sliding mechanism is had the window frame side mounting baseplate being fixed on described window frame by screw, the sash side mounting baseplate being fixed on described sash by screw and connects multiple arms of described window frame side mounting baseplate and described sash side mounting baseplate,
Described window frame by being fixed with described window frame side mounting baseplate and a pair the 1st window frames respect to one another and a pair the 2nd window frames vertical with described 1st window frame and respect to one another are formed,
Described 1st sash anti-shedding mechanism comprises:
1st fixed part, is fixed on an end on the length direction of described window frame side mounting baseplate;
2nd fixed part, is fixed on described 1st window frame by the 1st screw of more than 1;
1st insertion section, is formed at the both sides on the width of described 2nd fixed part respectively, and has the 1st lug boss of the relative direction projection along described a pair the 1st window frames,
The 1st insertion groove is formed in the both sides being provided with the 1st embedded groove of described window frame side mounting baseplate of described 1st window frame,
A face of described 1st insertion groove is close in described 1st insertion section mode with the end face of described 1st lug boss is inserted in described 1st insertion groove.
2. sliding out window as claimed in claim 1, is characterized in that,
Described 1st sash anti-shedding mechanism also comprises:
1st covering part, the mode comprising the 1st screw covering described more than 1 is arranged at the 1st main part on described 2nd fixed part and is formed at the 1st claw of both sides of described 1st main part respectively; And
1st rise part, erects and is arranged at an end of described 2nd fixed part, and with the end contact of described 1st covering part,
Described 1st claw is locked in described 1st insertion groove.
3. sliding out window as claimed in claim 2, is characterized in that,
Described 1st covering part is formed by elastomeric material.
4. the sliding out window as described in any one in claims 1 to 3, is characterized in that,
Also comprise the 2nd sash anti-shedding mechanism come off for preventing described sash,
Described 2nd sash anti-shedding mechanism is in roughly L-shaped and be arranged at the corner portion formed by described 1st window frame and described 2nd window frame,
Described 2nd sash anti-shedding mechanism comprises:
1st Embedded Division, has the 1st opening embedding the 2nd rise part erectting another end be arranged on the length direction of described window frame side mounting baseplate;
3rd fixed part, is close to described 2nd window frame, and is provided with the 2nd screw hole of more than 1;
2nd insertion section, is formed at the both sides on the width of described 3rd fixed part respectively, and has the 2nd lug boss of the relative direction projection along described a pair the 2nd window frames; And
2nd screw of more than 1, is anchored in described 2nd window frame via the 2nd screw hole of described more than 1 by described 3rd fixed part,
The 2nd insertion groove is formed in the both sides being provided with the 2nd embedded groove of described 3rd fixed part of described 2nd window frame,
A face of described 2nd insertion groove is close in described 2nd insertion section mode with the end face of described 2nd lug boss is inserted in described 2nd insertion groove.
5. sliding out window as claimed in claim 4, is characterized in that,
Described 2nd sash anti-shedding mechanism also comprises:
2nd covering part, the mode comprising the 2nd screw covering described more than 1 is arranged at the 2nd main part on described 3rd fixed part and is formed at the 2nd claw of both sides of described 2nd main part respectively; And
3rd rise part, erects and is arranged at an end of described 3rd fixed part, and with the end contact of described 2nd covering part,
Described 2nd claw is locked in described 2nd insertion groove.
6. sliding out window as claimed in claim 5, is characterized in that,
Described 2nd covering part is formed by elastomeric material.
7. the sliding out window as described in any one in claims 1 to 3, is characterized in that,
Also comprise the 3rd sash anti-shedding mechanism come off for preventing described sash, described 3rd sash anti-shedding mechanism is in roughly L-shaped and be arranged at the corner portion formed by described 1st window frame and described 2nd window frame,
Described 3rd sash anti-shedding mechanism comprises:
2nd Embedded Division, has the 2nd opening embedding the 2nd rise part erectting another end be arranged on the length direction of described window frame side mounting baseplate;
4th fixed part, is close to described 2nd window frame, and is provided with the 3rd screw hole of more than 1;
1st fastener, is locked in the 1st draw-in groove of described 2nd window frame;
3rd screw of more than 1, is anchored on described 4th fixed part in described 2nd window frame via the 3rd screw hole of described more than 1.
8. sliding out window as claimed in claim 7, is characterized in that,
Described 1st fastener comprises leaf spring and holds the accommodation section of described leaf spring,
Described leaf spring by fixed head, be obliquely installed tongue piece in one end of described fixed head and formed with the 3rd Embedded Division that the mode forming step difference with described tongue piece is arranged at one end of described tongue piece,
Described fixed head is fixed on described accommodation section,
Under the state that described 1st fastener is locked in described 1st draw-in groove of described 2nd window frame, described 3rd Embedded Division is embedded in the opening of described 2nd window frame.
9. sliding out window as claimed in claim 8, is characterized in that,
Described fixed head is fixed on described accommodation section by cementing agent or thermal welding.
10. the sliding out window as described in any one in claims 1 to 3, is characterized in that,
Multiple bindiny mechanism is provided with between described sash side mounting baseplate and described sash,
Described bindiny mechanism comprises:
Columnar part, is throughly arranged in the 1st through hole of described sash side mounting baseplate and the 2nd through hole of described sash;
Cap portion, is arranged at one end of described columnar part, and covers the perimeter zone of a port of described 1st through hole of described sash side mounting baseplate; And
The C type packing ring of more than 1, is arranged in the cannelure of the other end being formed at described columnar part respectively,
The external diameter of the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described more than 1 is greater than the external diameter of described 2nd through hole of described sash.
11. sliding out windows as claimed in claim 10, is characterized in that,
Also possess: O type packing ring, be held between the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described sash and described more than 1,
Described O type packing ring covers the perimeter zone of a port of described 2nd through hole of described sash,
The stacked setting of mode that the C type packing ring of described more than 1 increases towards mounting baseplate side, described sash side gradually with the external diameter of each C type packing ring,
The external diameter of the C type packing ring near mounting baseplate side, described sash side in the C type packing ring of described more than 1 is greater than the internal diameter of described O type packing ring.
12. sliding out windows as claimed in claim 10, is characterized in that,
Described C type packing ring comprises:
Ring part, has the 3rd opening;
Multiple 3rd lug boss, circumferential direction arrangement in described ring part,
The diameter of a circle tangent with each top of described multiple 3rd lug boss is below the internal diameter of described cannelure.
13. sliding out windows as claimed in claim 11, is characterized in that,
Described C type packing ring comprises:
Ring part, has the 3rd opening;
Multiple 3rd lug boss, circumferential direction arrangement in described ring part,
The diameter of a circle tangent with each top of described multiple 3rd lug boss is below the internal diameter of described cannelure.
14. sliding out windows as claimed in claim 12, is characterized in that,
Described 3rd opening narrows gradually towards the center of described C type packing ring.
15. sliding out windows as claimed in claim 13, is characterized in that,
Described 3rd opening narrows gradually towards the center of described C type packing ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210474158.3A CN103835626B (en) | 2012-11-21 | 2012-11-21 | Sliding out window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210474158.3A CN103835626B (en) | 2012-11-21 | 2012-11-21 | Sliding out window |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103835626A CN103835626A (en) | 2014-06-04 |
| CN103835626B true CN103835626B (en) | 2015-09-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210474158.3A Active CN103835626B (en) | 2012-11-21 | 2012-11-21 | Sliding out window |
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| Country | Link |
|---|---|
| CN (1) | CN103835626B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105442994B (en) * | 2014-08-06 | 2017-03-01 | 吉田建材（苏州）有限公司 | The door and window simple installing component of support, door and window rack mounting structure and door and window |
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|---|---|---|---|---|
| JPS5768893U (en) * | 1980-10-14 | 1982-04-24 | ||
| JPS59181190U (en) * | 1983-05-20 | 1984-12-03 | 立山アルミニウム工業株式会社 | External corner window |
| CN1530511A (en) * | 2003-03-11 | 2004-09-22 | Ykk株式会社 | Sliding out window and installing structure thereof |
| CN202157705U (en) * | 2011-06-28 | 2012-03-07 | 大连民族学院 | Rotary window |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3894377A (en) * | 1974-01-21 | 1975-07-15 | Modular Syst | Fastener clip |
| CN2486689Y (en) * | 2001-07-18 | 2002-04-17 | 陆中选 | Improved slide flat-open multifunction combined window |
| CA2715866C (en) * | 2009-09-28 | 2016-03-22 | Truth Hardware Corporation | Concealed casement window hinge with roller and integral shipping block |
| CN201981951U (en) * | 2011-02-28 | 2011-09-21 | 陈金星 | Side-slipping door and window device |
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- 2012-11-21 CN CN201210474158.3A patent/CN103835626B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5768893U (en) * | 1980-10-14 | 1982-04-24 | ||
| JPS59181190U (en) * | 1983-05-20 | 1984-12-03 | 立山アルミニウム工業株式会社 | External corner window |
| CN1530511A (en) * | 2003-03-11 | 2004-09-22 | Ykk株式会社 | Sliding out window and installing structure thereof |
| CN202157705U (en) * | 2011-06-28 | 2012-03-07 | 大连民族学院 | Rotary window |
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| CN103835626A (en) | 2014-06-04 |
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