CN205277174U - Synchronous switching formula pick -proof austral window, sliding sash of two -fold locking - Google Patents
Synchronous switching formula pick -proof austral window, sliding sash of two -fold locking Download PDFInfo
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- CN205277174U CN205277174U CN201521138191.4U CN201521138191U CN205277174U CN 205277174 U CN205277174 U CN 205277174U CN 201521138191 U CN201521138191 U CN 201521138191U CN 205277174 U CN205277174 U CN 205277174U
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- rack
- lock point
- slide rail
- window frame
- locking
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Abstract
The utility model discloses a synchronous switching formula pick -proof austral window, sliding sash of two -fold locking, the window frame is just to the inside wall of preceding fixed sash, the inside wall that the roof of window frame and window frame were just sliding the casement after to is equipped with the transmission slide rail in the top of lock points structure department, the lower extreme of the 2nd lock points connecting rod and the upper end of a lock points connecting rod meet, straight line transmission structure buckles the slip joint in the transmission slide rail, straight line transmission structure's one end is met with the upper end of connecting piece, the upset drive mechanism install between an upset baffle and a linear slide rail, the upset baffle passes vicarious the corresponding output with upset drive mechanism near a linear slide rail's pivot and meets, upset drive mechanism's input meets with sharp transmission structure's the other end. This synchronous switching formula pick -proof austral window, sliding sash of two -fold locking passes through handle simultaneous control lock points structure and the locking of lock seat and the locking of upset baffle, makes synchronous switching formula pick -proof austral window, sliding sash of two -fold locking pick -proof effect better, and the locking operation is more convenient.
Description
Technical field
The utility model relates to field of furniture, particularly relates to a kind of double anti-sled sliding window of locking synchronous opening/closing formula.
Background technology
Common sliding window is general only installs a buckle structure in the side of movable sliding window fan, robber from holding hand side crowbar pry open, damage lock point just can be opened window, and safe antitheft is poor.
Summary of the invention
The purpose of this utility model is that providing a kind of has double locking function and realize the double anti-sled sliding window of locking synchronous opening/closing formula of opening and closing by holding hand simultaneously, thus strengthens the anti-sled effect of sliding window, simplifies locking operation.
In order to realize above-mentioned purpose, the technical solution of the utility model is: provide a kind of double anti-sled sliding window of locking synchronous opening/closing formula, comprise window frame, front fixing sash, rear slip sash, hold hand, rotation box, unblank connecting rod, lock point structure, lock, linear transmission structure, web member, turnover transmission rig and upset baffle plate, before described, fixing sash is fixed on the front side of one end of the inner side of described window frame, the rear of the two ends up and down of described window frame fixing sash before described be respectively arranged with after upper sash slide rail and rear lower sash slide rail, described rear slip sash comprises slide fan frame and the embedding fan frame glass being fixed in described slip fan frame, slide respectively and be connected on described rear upper sash slide rail and rear lower sash slide rail in the described two ends up and down sliding fan frame, the middle part that described rotation box is installed in the outboard end of described slip sash, described hold the corresponding described rotation box place of rear wall that hand is installed on described sliding window frame, the input terminus of described one end and described rotation box of holding hand connects, described connecting rod of unblanking is placed in the outboard end of the described fan frame that slides, and described in the lower end of connecting rod of unblanking connect with the output terminal of described rotation box, described first lock point structure comprises the first lock point union lever and the first lock point, described first lock point union lever is placed in the outboard end of the described fan frame that slides, and the upper end of the described first lock point lower end of union lever and described connecting rod of unblanking connects admittedly, the outer side wall of the outboard end of the described fan frame that slides is provided with the first lock point and connects hole, described first lock stretches out described first lock point connection hole from the sidewall of described first lock point union lever and protrudes out to the corresponding sidewall of described window frame, described lock is installed on the sidewall of described window frame just to described first lock point place, the first locking hole that described lock is provided with described first lock point coordinates, described first lock point can be arranged in described first locking hole, it is characterized in that: also comprise linear transmission structure, 2nd lock point structure, turnover transmission rig and upset baffle plate, described window frame is just to the inner side-wall of described front fixing sash, the inner side-wall of described rear slip sash is just respectively equipped with the first line slide rail in the top place of described first lock point structure by the roof of described window frame and described window frame, 2nd line slide rail and the 3rd line slide rail, described first line slide rail, 2nd line slide rail and the 3rd line slide rail are positioned at same vertical surface, described first line slide rail, 2nd line slide rail and the 3rd line slide rail connect successively and form transmission slide rail, described 2nd lock point structure comprises the 2nd lock point union lever and the 2nd lock point, described 2nd lock point union lever is placed in the outboard end of the described fan frame that slides, the outer side wall of the outboard end of the described fan frame that slides offers the 2nd lock point chute moved towards up and down in the top that described first lock point connects hole, described 2nd lock point stretches out described 2nd lock point chute from the sidewall of described 2nd lock point union lever and protrudes out to the corresponding sidewall of described window frame, the bending slip of described linear transmission structure is connected in described transmission slide rail, the lower end of described 2nd lock point union lever and the upper end of described first lock point union lever are fixedly connected, one end of described linear transmission structure is offered and the 2nd locking hole of described 2nd lock Point matching, described 2nd lock point can be arranged in described 2nd locking hole, described upset baffle plate comprises baffle plate main body and level is fixed in two rotating shafts of described baffle plate main body two lower side, described window frame is respectively equipped with vicarious seat in the front of described rear lower sash slide rail or the rear upright both sides to described front fixed window frame place, described rotating shaft is rotatably connected respectively on the described vicarious seat of correspondence, described turnover transmission rig is installed between described upset baffle plate and described first line slide rail, described upset baffle plate connects with the output terminal of described turnover transmission rig through corresponding described vicarious seat near the rotating shaft of described first line slide rail, the input terminus of described turnover transmission rig connects with the other end of described linear transmission structure, described linear transmission structure pulls the input terminus of described turnover transmission rig up and down thus drives described axis of rotation by the output terminal of described turnover transmission rig.
Described linear transmission structure comprises the first transmission rod, first angle transmission mechanism, 2nd transmission rod, 2nd angle transmission mechanism and the 3rd transmission rod, described 2nd locking hole is opened in the lower end of described first transmission rod, the upper end of described first transmission rod connects with one end of described first angle transmission mechanism, the corner plasticity bending that the other end of described first angle transmission mechanism is corresponding inside described window frame upper end connects with one end of described 2nd transmission rod after extending, the other end of described 2nd transmission rod connects with one end of described 2nd angle transmission mechanism, another corner plasticity bending that the other end of described 2nd angle transmission mechanism is corresponding inside described window frame upper end connects with the upper end of described 3rd transmission rod after extending, the described lower end of the 3rd transmission rod connects with the input terminus of described turnover transmission rig.
Described turnover transmission rig comprises vertical rack and turning gear, described vertical rack is fixed on the lower end of described 3rd transmission rod, the rotating shaft of described upset baffle plate near described first line slide rail one end connects admittedly through corresponding described vicarious seat and described turning gear, the side end of described turning gear is just provided with engagement tooth arranged vertically by described vertical rack, and described engagement tooth engages with described turning gear and connects.
The described double anti-sled sliding window of locking synchronous opening/closing formula also comprises insect protected net mechanism, described insect protected net mechanism comprises insect protected net, rack, rack lower cushion block and rack locking mechanism, the two ends up and down of another side of fixing sash before described, the front portion inside described window frame are respectively equipped with upper rack and install groove and groove installed by lower rack, groove installed by described upper rack and lower rack installation slot and is positioned at the front that frame is fanned in described slip in same vertical surface, the embedding inner side being fixed in described rack of described insect protected net, described rack lower cushion block is connected to the bottom of described rack, the lower end of described rack is inserted in described lower rack and installs in groove, and the bottom of the lower end of described rack lower cushion block and described lower rack installation groove is to connecing, the upper end of described rack is inserted in described upper rack and installs in groove, the distance that described upper rack is installed between the top of groove and the top of described rack is greater than the degree of depth that groove installed by described lower rack, the sidewall of the described rack sidewall corresponding to described window frame seals to connecing, described rack locking mechanism is installed on inside the roof of described window frame or the corresponding described rack place of inside sidewalls, and fan between frame and described rack in described slip, for locking or unclamp described rack.
Described rack locking mechanism is installed on inside the roof of described window frame, described rack locking mechanism comprises mounting or dismounting knob, knob in flakes and installs and removes card block, knob open holes has been offered in the rear of described upper rack installation groove inside the roof of described window frame, described mounting or dismounting knob comprises the rotating part rotating Plug Division and being fixed in described rotation grafting subordinate's end, described rotation Plug Division rotary insertion is located in described knob open holes, described rotation portion is in the lower section of the inside top of described window frame, the long and narrow connection hole of the level communicated with described rotation Plug Division offered by the rear wall that groove installed by described upper rack, the upper end of described knob one end in flakes and described rotation Plug Division connects admittedly, the described knob the other end in flakes connects admittedly through described connection hole and described mounting or dismounting card block, the top of described rack is provided with the card groove coordinated with described mounting or dismounting card block and the arc guide groove being connected with described card groove and being rotatably inserted into for described mounting or dismounting card block, described mounting or dismounting card block is rotatable to be blocked in described card groove.
Described first angle transmission mechanism and described 2nd angle transmission mechanism are spring steel plate.
Compared with prior art, the anti-sled sliding window of the utility model double locking synchronous opening/closing formula is by holding hand with the locking of control lock point structure and lock and the locking overturning baffle plate, making double locking synchronous opening/closing formula anti-sled sliding window anti-sled effect better, locking operation is more convenient.
By following description and by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model anti-sled sliding window of double locking synchronous opening/closing formula.
Fig. 2 is the local structure schematic diagram of anti-sled sliding window first angle of the utility model double locking synchronous opening/closing formula.
Fig. 3 is the local structure schematic diagram of anti-sled sliding window the 2nd angle of the utility model double locking synchronous opening/closing formula.
Fig. 4 is the local structure schematic diagram of anti-sled sliding window the 3rd angle of the utility model double locking synchronous opening/closing formula.
Fig. 5 is the local structure schematic diagram of anti-sled sliding window the 4th angle of the utility model double locking synchronous opening/closing formula.
Embodiment
Referring to figs. 1 to Fig. 5, the utility model double locking synchronous opening/closing formula anti-sled sliding window comprises window frame 10, front fixing sash 20, rear slip sash 25, holds hand 30, a some structure 60 locked by rotation box 40, connecting rod 50, first of unblanking, lock 70, linear transmission structure 75, a 2nd lock point structure 80, turnover transmission rig 85 and upset baffle plate 90.
Before described, fixing sash 20 is fixed on the front side of one end of the inner side of described window frame 10. The rear of the two ends up and down of described window frame 10 fixing sash 20 before described be respectively arranged with after upper sash slide rail 201 and rear lower sash slide rail 202. Described rear slip sash 25 comprises slide fan frame 251 and the embedding fan frame glass 252 being fixed in described slip fan frame 251. Slide respectively and be connected on described rear upper sash slide rail 201 and rear lower sash slide rail 202 in the described two ends up and down sliding fan frame 251. Described rotation box 40 is installed in the middle part of the outboard end of the described fan frame 251 that slides. Described hand 30 of holding is installed on described corresponding described rotation box 40 place of the rear wall fanning frame 251 of sliding. The input terminus of described one end and described rotation box 40 of holding hand 30 connects, described in connecting rod 50 of unblanking be placed in the outboard end of the described fan frame 251 that slides, described in the lower end of connecting rod 50 of unblanking connect with the output terminal of described rotation box 40. Described first lock point structure 60 comprises the first lock point union lever 601 and the first lock point 602. Described first lock point union lever 601 is placed in the outboard end of the described fan frame 251 that slides, and lower end and the described upper end unblanking connecting rod 50 of described first lock point union lever 601 connect admittedly. The outer side wall of the outboard end of the described fan frame 251 that slides is provided with the first lock point and connects hole (not shown), and described first lock 602 stretches out described first lock point connection hole from the sidewall of described first lock point union lever 601 and protrudes out to the corresponding sidewall of described window frame 10. Described lock 70 is installed on the sidewall of described window frame 10 just to described first lock point 602 places. The first locking hole (not shown) that described lock 70 is provided with described lock point 602 coordinates, described first lock point 602 can be arranged in described first locking hole. The inner side-wall of described rear slip sash 25 is just just respectively equipped with the first line slide rail 13, the 2nd line slide rail 14 and the 3rd line slide rail (not shown) in the top place of described first lock point structure 60 by the described front inner side-wall of sash 20, the roof of described window frame 10 and the described window frame 10 fixed by described window frame 10, and described 2nd line slide rail 14 is arranged at the inner side of described rear upper sash slide rail 201 and runs through described rear upper guide bead 201. Described first line slide rail 13, the 2nd line slide rail 14 and the 3rd line slide rail are positioned at same vertical surface, and described first line slide rail 13, the 2nd line slide rail 14 and the 3rd line slide rail connect successively and form transmission slide rail. Described 2nd lock point structure 80 comprises the 2nd lock point union lever 801 and the 2nd lock point 802, described 2nd lock point union lever 801 is placed in the outboard end of the described fan frame 251 that slides, the outer side wall of the outboard end of the described fan frame 251 that slides offers the 2nd lock point chute (not shown) moved towards up and down in the top that described first lock point connects hole, and described 2nd lock point 802 stretches out described 2nd lock point chute from the sidewall of described 2nd lock point union lever 801 and protrudes out to the corresponding sidewall of described window frame 10. Described linear transmission structure 75 bends slip and is connected in described transmission slide rail. The lower end of described 2nd lock point union lever 801 and the upper end of described first lock point union lever 601 are fixedly connected, the 2nd locking hole (not shown) that 75 one end of described linear transmission structure are offered with described 2nd lock point 802 mates, described 2nd lock point 802 can be arranged in described 2nd locking hole. Described upset baffle plate 90 comprises baffle plate main body 901 and level is fixed in two rotating shafts 902 of described baffle plate main body 901 liang of lower sides.Described window frame 10 is respectively equipped with vicarious seat 16 in the front of described rear lower sash slide rail 12 or the rear upright both sides to described front fixed window frame 20 place. Described rotating shaft 902 is rotatably connected respectively on the described vicarious seat 16 of correspondence. Described turnover transmission rig 85 is installed between described upset baffle plate 90 and described first line slide rail 13. Described upset baffle plate 90 connects with the output terminal of described turnover transmission rig 85 through corresponding described vicarious seat 16 near the rotating shaft 902 of described first line slide rail 13, and the input terminus of described turnover transmission rig 85 connects with the other end of described linear transmission structure 75. Described linear transmission structure about 75 pulls the input terminus of described turnover transmission rig 85 thus drives described rotating shaft 902 to rotate by the output terminal of described turnover transmission rig 85.
Specifically, described linear transmission structure 75 comprises the first transmission rod 751, first angle transmission mechanism 752, the 2nd transmission rod 753, the 2nd angle transmission mechanism 754 and the 3rd transmission rod 755. described 2nd locking hole is opened in the lower end of described first transmission rod 751. the upper end of described first transmission rod 751 connects with one end of described first angle transmission mechanism 752, the corner plasticity bending that the other end of described first angle transmission mechanism 752 is corresponding inside described window frame upper end connects with one end of described 2nd transmission rod 753 after extending, the other end of described 2nd transmission rod 753 connects with one end of described 2nd angle transmission mechanism 754, another corner plasticity bending that the other end of described 2nd angle transmission mechanism 754 is corresponding inside described window frame 10 upper end connects with the upper end of described 3rd transmission rod 755 after extending, the lower end of described 3rd transmission rod 755 connects with the input terminus of described turnover transmission rig 85. in the present embodiment, described first angle transmission mechanism 752 and described 2nd angle transmission mechanism 754 are spring steel plate.
Specifically, described turnover transmission rig 85 comprises vertical rack 851 and turning gear 852, described vertical rack 851 is fixed on the lower end of described 3rd transmission rod 755, described upset baffle plate 90 connects with described turning gear 852 through corresponding described vicarious seat 16 admittedly near the rotating shaft 902 of described first line slide rail 13, the side end of described turning gear 852 is just provided with engagement tooth 8511 arranged vertically by described vertical rack 851, and described engagement tooth 8511 engages with described turning gear 852 and connects.
Preferably, the described double anti-sled sliding window 100 of locking synchronous opening/closing formula also comprises insect protected net mechanism 95. Described insect protected net mechanism 95 comprises insect protected net 951, rack 952, rack lower cushion block 953 and rack locking mechanism. The two ends up and down of side of fixing sash 20 before described, the front portion inside described window frame 10 are respectively equipped with upper rack and install groove 17 and groove 18 installed by lower rack. Groove 17 installed by described upper rack and lower rack installation groove 18 is positioned at same vertical surface and is positioned at the front of the described fan frame 251 that slides. Described insect protected net 951 is embedding to be fixed in described rack 952. Described rack lower cushion block 953 is connected to the bottom of described rack 952, the lower end of described rack 952 is inserted in described lower rack and installs in groove 18, and the bottom of the lower end of described rack lower cushion block 953 and described lower rack installation groove 18 is to connecing, the upper end of described rack 952 is inserted in described upper rack and installs in groove 17, and the distance that described upper rack is installed between the top of groove 17 and the top of described rack 952 is greater than the degree of depth that groove 18 installed by described lower rack. The sidewall of described rack 952 sidewall corresponding to described window frame 10 seals to connecing. Described rack locking mechanism is installed on inside the roof of described window frame 10 or corresponding described rack 952 place of inside sidewalls, and fans between frame 251 and described rack 952 in described slip, for locking or unclamp described rack 952. In the present embodiment, described rack locking mechanism is installed on inside the roof of described window frame 10, described rack locking mechanism comprise mounting or dismounting knob 954, knob in flakes 955 and mounting or dismounting card block 956, inside the roof of described window frame 10 in described upper rack install groove 17 rear offered knob open holes 19. Described mounting or dismounting knob 954 comprises the rotating part 9542 rotating Plug Division 9541 and being fixed in the 9541 times ends in described rotation Plug Division. Described rotation Plug Division 9541 rotary insertion is located in described knob open holes 19, and described rotating part 9542 is positioned at the lower section of the inside top of described window frame 10. The long and narrow connection hole (not shown) of the level communicated with described rotation Plug Division 9541 offered by the rear wall that groove 17 installed by described upper rack, described knob connects in one end of 955 and the upper end of described rotation Plug Division 9541 in flakes admittedly, described knob in flakes 955 the other end admittedly connect through described connection hole 171 and described mounting or dismounting card block 956. The top of described rack 952 is provided with the card groove 9521 coordinated with described mounting or dismounting card block 956 and the arc guide groove (not shown) being connected with described card groove 9521 and being rotatably inserted into for described mounting or dismounting card block 956. Described mounting or dismounting card block 956 is rotatable to be blocked in described card groove 9521. When insect protected net mechanism 95 installs, first the upper end of rack 952 is plugged the top to described upper rack installation groove 17, the lower end of rack 952 is inserted in described lower rack again to be installed in groove 18, make the bottom that groove 18 installed by the lower end of rack lower cushion block 953 and described lower rack to connecing, rotate rotating part 9542 again, mounting or dismounting card block 956 revotating card is entered in described card groove 9521, thus realizes locking. When insect protected net mechanism 95 dismantled by needs, inverted order realizes above-mentioned steps.
When the anti-sled sliding window 100 of the utility model double locking synchronous opening/closing formula uses, it is made to engage with window frame 10 sidewall toward extrapolation rear slip sash 25, now the 2nd lock point 802 is arranged in the 2nd locking hole, pull downwards and hold hand 30, hold hand 30 drives the connecting rod 50 times of unblanking to move thus drive the first lock point union lever to move for 601 times by rotation box 40, first lock point 602 sticks in the first locking hole of described card seat 70, thus it is tight to realize a relocking, meanwhile, in first lock point union lever 601 folding process, the first transmission rod 751 of linear transmission structure 75 is driven to move down along the 3rd line slide rail by the 2nd lock point union lever 801, the 3rd transmission rod 755 is driven up to move along the first line slide rail 13, then vertical rack 851 is pulled up to move, engagement tooth 8511 drives turning gear 852 to overturn, thus it is sliding to make baffle plate main body 901 intercept in described lower sash, in 202, the sash 25 that slides after making is locked, realize double locking. when slide after needs are opened sash 25 time, upwards pull and hold hand 30, the first lock point 602 is made to depart from the first locking hole, and make baffle plate main body 901 upset leave lower sash slide rail 202, slide after pushing open afterwards sash 25, making the 2nd lock point 802 disengaging the 2nd locking hole, now, rear slip sash 25 arbitrarily can slide along lower sash slide rail about 202.
The anti-sled sliding window of the utility model double locking synchronous opening/closing formula, by holding hand with the locking of control lock point structure and lock and the locking overturning baffle plate, makes double locking synchronous opening/closing formula anti-sled sliding window anti-sled effect better, and locking operation is more convenient.
It is noted that rotation box is structure usual on the market, the motion of pulling holding hand being changed into the up and down motion locking some union lever, concrete structure does not repeat them here. Linear transmission structure 75 is not limited to said structure, and other structure that can realize above-mentioned equal function also may be used; Described turnover transmission rig is not limited to said structure, and other structure that can realize above-mentioned equal function also may be used; Described rack locking mechanism is except can being arranged on inside the roof of window frame, it is also possible to be installed on the inside sidewalls of window frame.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment, the equivalent combinations that the various essence according to the present embodiment carries out should be contained.
Claims (6)
1. the double anti-sled sliding window of locking synchronous opening/closing formula, comprise window frame, front fixing sash, rear slip sash, hold hand, rotation box, unblank connecting rod, first lock point structure and lock, before described, fixing sash is fixed on the front side of one end of the inner side of described window frame, the rear of the two ends up and down of described window frame fixing sash before described be respectively arranged with after upper sash slide rail and rear lower sash slide rail, described rear slip sash comprises slide fan frame and the embedding fan frame glass being fixed in described slip fan frame, slide respectively and be connected on described rear upper sash slide rail and rear lower sash slide rail in the described two ends up and down sliding fan frame, the middle part that described rotation box is installed in the outboard end of described slip sash, described hold the corresponding described rotation box place of rear wall that hand is installed on described sliding window frame, the input terminus of described one end and described rotation box of holding hand connects, described connecting rod of unblanking is placed in the outboard end of the described fan frame that slides, and described in the lower end of connecting rod of unblanking connect with the output terminal of described rotation box, described first lock point structure comprises the first lock point union lever and the first lock point, described first lock point union lever is placed in the outboard end of the described fan frame that slides, and the upper end of the described first lock point lower end of union lever and described connecting rod of unblanking connects admittedly, the outer side wall of the outboard end of the described fan frame that slides is provided with the first lock point and connects hole, described first lock stretches out described first lock point connection hole from the sidewall of described first lock point union lever and protrudes out to the corresponding sidewall of described window frame, described lock is installed on the sidewall of described window frame just to described first lock point place, the first locking hole that described lock is provided with described first lock point coordinates, described first lock point can be arranged in described first locking hole, it is characterized in that: also comprise linear transmission structure, 2nd lock point structure, turnover transmission rig and upset baffle plate, described window frame is just to the inner side-wall of described front fixing sash, the inner side-wall of described rear slip sash is just respectively equipped with the first line slide rail in the top place of described first lock point structure by the roof of described window frame and described window frame, 2nd line slide rail and the 3rd line slide rail, described first line slide rail, 2nd line slide rail and the 3rd line slide rail are positioned at same vertical surface, described first line slide rail, 2nd line slide rail and the 3rd line slide rail connect successively and form transmission slide rail, described 2nd lock point structure comprises the 2nd lock point union lever and the 2nd lock point, described 2nd lock point union lever is placed in the outboard end of the described fan frame that slides, the outer side wall of the outboard end of the described fan frame that slides offers the 2nd lock point chute moved towards up and down in the top that described first lock point connects hole, described 2nd lock point stretches out described 2nd lock point chute from the sidewall of described 2nd lock point union lever and protrudes out to the corresponding sidewall of described window frame, the bending slip of described linear transmission structure is connected in described transmission slide rail, the lower end of described 2nd lock point union lever and the upper end of described first lock point union lever are fixedly connected, one end of described linear transmission structure is offered and the 2nd locking hole of described 2nd lock Point matching, described 2nd lock point can be arranged in described 2nd locking hole, described upset baffle plate comprises baffle plate main body and level is fixed in two rotating shafts of described baffle plate main body two lower side, described window frame is respectively equipped with vicarious seat in the front of described rear lower sash slide rail or the rear upright both sides to described front fixed window frame place, described rotating shaft is rotatably connected respectively on the described vicarious seat of correspondence, described turnover transmission rig is installed between described upset baffle plate and described first line slide rail, described upset baffle plate connects with the output terminal of described turnover transmission rig through corresponding described vicarious seat near the rotating shaft of described first line slide rail, the input terminus of described turnover transmission rig connects with the other end of described linear transmission structure, described linear transmission structure pulls the input terminus of described turnover transmission rig up and down thus drives described axis of rotation by the output terminal of described turnover transmission rig.
2. the double anti-sled sliding window of locking synchronous opening/closing formula as claimed in claim 1, it is characterized in that: described linear transmission structure comprises the first transmission rod, first angle transmission mechanism, 2nd transmission rod, 2nd angle transmission mechanism and the 3rd transmission rod, described 2nd locking hole is opened in the lower end of described first transmission rod, the upper end of described first transmission rod connects with one end of described first angle transmission mechanism, the corner plasticity bending that the other end of described first angle transmission mechanism is corresponding inside described window frame upper end connects with one end of described 2nd transmission rod after extending, the other end of described 2nd transmission rod connects with one end of described 2nd angle transmission mechanism, another corner plasticity bending that the other end of described 2nd angle transmission mechanism is corresponding inside described window frame upper end connects with the upper end of described 3rd transmission rod after extending, the described lower end of the 3rd transmission rod connects with the input terminus of described turnover transmission rig.
3. the double anti-sled sliding window of locking synchronous opening/closing formula as claimed in claim 2, it is characterized in that: described turnover transmission rig comprises vertical rack and turning gear, described vertical rack is fixed on the lower end of described 3rd transmission rod, the rotating shaft of described upset baffle plate near described first line slide rail one end connects admittedly through corresponding described vicarious seat and described turning gear, the side end of described turning gear is just provided with engagement tooth arranged vertically by described vertical rack, and described engagement tooth engages with described turning gear and connects.
4. the double anti-sled sliding window of locking synchronous opening/closing formula as claimed in claim 1, it is characterized in that: also comprise insect protected net mechanism, described insect protected net mechanism comprises insect protected net, rack, rack lower cushion block and rack locking mechanism, the two ends up and down of another side of fixing sash before described, the front portion inside described window frame are respectively equipped with upper rack and install groove and groove installed by lower rack, groove installed by described upper rack and lower rack installation slot and is positioned at the front that frame is fanned in described slip in same vertical surface, the embedding inner side being fixed in described rack of described insect protected net, described rack lower cushion block is connected to the bottom of described rack, the lower end of described rack is inserted in described lower rack and installs in groove, and the bottom of the lower end of described rack lower cushion block and described lower rack installation groove is to connecing, the upper end of described rack is inserted in described upper rack and installs in groove, the distance that described upper rack is installed between the top of groove and the top of described rack is greater than the degree of depth that groove installed by described lower rack, the sidewall of the described rack sidewall corresponding to described window frame seals to connecing, described rack locking mechanism is installed on inside the roof of described window frame or the corresponding described rack place of inside sidewalls, and fan between frame and described rack in described slip, for locking or unclamp described rack.
5. the double anti-sled sliding window of locking synchronous opening/closing formula as claimed in claim 4, it is characterized in that: described rack locking mechanism is installed on inside the roof of described window frame, described rack locking mechanism comprises mounting or dismounting knob, knob in flakes and installs and removes card block, knob open holes has been offered in the rear of described upper rack installation groove inside the roof of described window frame, described mounting or dismounting knob comprises the rotating part rotating Plug Division and being fixed in described rotation grafting subordinate's end, described rotation Plug Division rotary insertion is located in described knob open holes, described rotation portion is in the lower section of the inside top of described window frame, the long and narrow connection hole of the level communicated with described rotation Plug Division offered by the rear wall that groove installed by described upper rack, the upper end of described knob one end in flakes and described rotation Plug Division connects admittedly, the described knob the other end in flakes connects admittedly through described connection hole and described mounting or dismounting card block, the top of described rack is provided with the card groove coordinated with described mounting or dismounting card block and the arc guide groove being connected with described card groove and being rotatably inserted into for described mounting or dismounting card block, described mounting or dismounting card block is rotatable to be blocked in described card groove.
6. the double anti-sled sliding window of locking synchronous opening/closing formula as claimed in claim 2, it is characterised in that: described first angle transmission mechanism and described 2nd angle transmission mechanism are spring steel plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521138191.4U CN205277174U (en) | 2015-12-30 | 2015-12-30 | Synchronous switching formula pick -proof austral window, sliding sash of two -fold locking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521138191.4U CN205277174U (en) | 2015-12-30 | 2015-12-30 | Synchronous switching formula pick -proof austral window, sliding sash of two -fold locking |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205277174U true CN205277174U (en) | 2016-06-01 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521138191.4U Withdrawn - After Issue CN205277174U (en) | 2015-12-30 | 2015-12-30 | Synchronous switching formula pick -proof austral window, sliding sash of two -fold locking |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205277174U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105464531A (en) * | 2015-12-30 | 2016-04-06 | 佛山市艾臣智能门窗科技有限公司 | Dual-locking synchronous opening and closing type anti-prying sliding window |
| CN107120005A (en) * | 2017-06-29 | 2017-09-01 | 无锡德林船舶设备有限公司 | Automatic locking mechanism and fire prevention watertight door |
-
2015
- 2015-12-30 CN CN201521138191.4U patent/CN205277174U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105464531A (en) * | 2015-12-30 | 2016-04-06 | 佛山市艾臣智能门窗科技有限公司 | Dual-locking synchronous opening and closing type anti-prying sliding window |
| CN107120005A (en) * | 2017-06-29 | 2017-09-01 | 无锡德林船舶设备有限公司 | Automatic locking mechanism and fire prevention watertight door |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160601 Effective date of abandoning: 20170714 |