CN2908741Y - Safety door - Google Patents
Safety door Download PDFInfo
- Publication number
- CN2908741Y CN2908741Y CN 200620071616 CN200620071616U CN2908741Y CN 2908741 Y CN2908741 Y CN 2908741Y CN 200620071616 CN200620071616 CN 200620071616 CN 200620071616 U CN200620071616 U CN 200620071616U CN 2908741 Y CN2908741 Y CN 2908741Y
- Authority
- CN
- China
- Prior art keywords
- safety door
- vertical rod
- sliding part
- pright stanchion
- outer end
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Extensible Doors And Revolving Doors (AREA)
Abstract
A safety gate comprises a safety gate body which comprises an upper crossarm, a first upright pole frame with top connected with an outer end of the upper crossarm, a second upright pole frame with top connected with the other outer end of the upper crossarm, a lower crossarm, a first sliding part and a second sliding part that are connected with both outer ends of the lower crossarm. The first sliding part and the first upright pole frame are connected by relatively sliding; the second sliding part and the second upright pole frame are connected also by relatively sliding. The first upright pole frame comprises a first upper upright pole and a first lower upright pole that is connected with the first upper upright pole by rotation. The second upright pole frame comprises a second upper upright pole and a second lower upright pole that is connected with the second upper upright pole by rotation. When the safety gate is folded, the first sliding part is slid from the first lower upright pole to the first upper upright pole, and the second sliding part is slid from the second lower upright pole to the second upper upright pole, and then, the first lower upright pole can turn relative to the first upper vertical pole and be folded and the second lower upright pole can turn relative to the second upper upright pole and be folded. Folded safety gate is small with low transportation cost.
Description
Technical field
The utility model relates to the safety device that stops or limit path, the especially safety door that a kind of child uses.
Background technology
Indoor in the prior art in order to prevent that the child from walking out, on the doorframe in room, safety door is installed usually, some cannot fold present safety door, thereby volume is bigger, and cost of transportation is higher, and some can fold, but volume after folding is still bigger, and cost of transportation is still higher.
Summary of the invention
The utility model purpose provides a kind of safety door, and its volume after folding is less, and cost of transportation is lower.
For achieving the above object, the technical solution adopted in the utility model is: a kind of safety door, comprise the safety door body, be arranged at the 3rd doorframe locking mechanism and the 4th doorframe locking mechanism of a sidepiece of described safety door body, be arranged at the first doorframe locking mechanism and the second doorframe locking mechanism of the other side of described safety door body, be arranged at the cloth cover on the described safety door body, described safety door body comprises crossbearer, the first vertical rod frame that the upper end is connected with a described outer end of going up crossbearer, the second vertical rod frame that the upper end is connected with described another outer end of going up crossbearer, lower cross frame, be connected in first sliding part of an outer end of described lower cross frame, be connected in second sliding part of another outer end of described lower cross frame, described first sliding part is provided with mutually slidably with the described first vertical rod frame, described second sliding part is provided with mutually slidably with the described second vertical rod frame, the described first vertical rod frame comprises first upper pright stanchion, first time vertical rod that the bottom of one end and described first upper pright stanchion rotates and is provided with, the upper end of described first upper pright stanchion is connected with a described outer end of going up crossbearer, the described second vertical rod frame comprises second upper pright stanchion, second time vertical rod that the bottom of one end and described second upper pright stanchion rotates and is provided with, the upper end of described second upper pright stanchion is connected with described another outer end of going up crossbearer, after described safety door body launches, described first sliding part is arranged in described first time vertical rod, described second sliding part is arranged in described second time vertical rod, behind described this folded body of safety door, described first sliding part is arranged on described first upper pright stanchion, and described second sliding part is arranged on described second upper pright stanchion.
The bottom of described first upper pright stanchion is connected with an end phase pivot of described first time vertical rod, and the bottom of described second upper pright stanchion is connected with an end phase pivot of described second time vertical rod.
Parts in two parts in an end of the bottom of described first upper pright stanchion, described first time vertical rod are provided with first locating part, and after described safety door body launched, its another parts were against on described first locating part; Parts in two parts in an end of the bottom of described second upper pright stanchion, described second time vertical rod are provided with second locating part, and after described safety door body launched, its another parts were against on described second locating part.
The described crossbearer of going up comprises first cross tube, second cross tube with first cross tube tube chamber, described second cross tube is inserted in the described first cross tube tube chamber slidably, and be provided with first locking mechanism between described first cross tube and described second cross tube, described lower cross frame comprises first sheer pole, second sheer pole with first sheer pole tube chamber, described second sheer pole is inserted in the described first sheer pole tube chamber slidably, and is provided with second locking mechanism between described first sheer pole and described second sheer pole.
The upper end of described first upper pright stanchion is connected with the outer end of described first cross tube, the upper end of described second upper pright stanchion is connected with the outer end of described second cross tube, the outer end of described first sheer pole is connected with described first sliding part, and the outer end of described second sheer pole is connected with described second sliding part.
The upper end of the outer end of described second cross tube and described second upper pright stanchion is slidingly connected, and be provided with first elastic component between the upper end of the outer end of described second cross tube and described second upper pright stanchion, the outer end of described second sheer pole and described second sliding part are slidingly connected, and are provided with second elastic component between the outer end of described second sheer pole and described second sliding part.
Described first locking mechanism comprises a plurality of first lock holes of being opened on described first cross tube, is slidingly arranged in the first bullet pin on described second cross tube, the described first bullet pin has locking and two operating positions of release, when the described first bullet pin is in latched position, the described first bullet pin is inserted in the hole in described a plurality of first lock hole, when the described first bullet pin was in the unlocked position, the described first bullet pin broke away from any one hole in described a plurality of first lock hole.
The described first doorframe locking mechanism is arranged on another outer end or described second upper pright stanchion of described upward crossbearer, and described the 3rd doorframe locking mechanism is arranged on the outer end or described first upper pright stanchion of described upward crossbearer.
The described second doorframe locking mechanism is arranged on the other end of described second time vertical rod, and described the 4th doorframe locking mechanism is arranged on described first sliding part.
The other end of described first time vertical rod is provided with the 3rd locating part, the other end of described second time vertical rod is provided with the 4th locating part, after described safety door body launches, described first sliding part is against on described the 3rd locating part, and described second sliding part is against on described the 4th locating part.
Because technique scheme utilization, the utility model compared with prior art has following advantage: because when folding, described first sliding part is slided to described first upper pright stanchion from first time vertical rod, described second sliding part slides to described second upper pright stanchion from second time vertical rod, at this moment, described first time vertical rod just can be rotated folding relative to described first upper pright stanchion, described second time vertical rod just can be rotated folding relative to described second upper pright stanchion, volume after folding is less, and cost of transportation is lower.
Description of drawings
Accompanying drawing 1 is the expansion front view of safety door body;
Accompanying drawing 2 is the front view of safety door body (first sliding part slides on first upper pright stanchion, and second sliding part slides on second upper pright stanchion);
Accompanying drawing 3 is the folding front view of safety door body;
Accompanying drawing 5 is the sectional view of first cross tube and second cross tube;
Accompanying drawing 7 is the sectional view of the 4th doorframe locking mechanism;
Accompanying drawing 8 is the sectional view of the first doorframe locking mechanism;
Accompanying drawing 9 is the sectional view of the second doorframe locking mechanism;
Wherein: 1, safety door body; 2, the first doorframe locking mechanism; 3, the second doorframe locking mechanism; 4, the 3rd doorframe locking mechanism; 5, the 4th doorframe locking mechanism; 6, go up crossbearer; 7, lower cross frame; 8, first time vertical rod; 9, second time vertical rod; 10, first cross tube; 11, second cross tube; 12, first sheer pole; 13, second sheer pole; 14, first locking mechanism; 15, second locking mechanism; 16, the first bullet pin; 17, first lock hole; 18, the second bullet pin; 19, second lock hole; 20, first locating part; 21, second locating part; 22, first sliding part; 23, second sliding part; 24, the 3rd supporter; 25, the 4th supporter; 26, first elastic component; 27, second elastic component; 28, first upper pright stanchion; 29, second upper pright stanchion; 30, operating parts; 31, fixture; 32, movable block; 39, the 3rd elastic component; 40, first supporter; 41, second supporter; 42, the 3rd locating part; 43, the 4th locating part; 44, the first vertical rod frame; 45, the second vertical rod frame; 46, the first cross tube tube chamber;
The specific embodiment
Shown in accompanying drawing 1-accompanying drawing 4, a kind of safety door, comprise safety door body 1, be arranged at a sidepiece of described safety door body 1 the 3rd doorframe locking mechanism 4 and the 4th doorframe locking mechanism 5, be arranged at the other side of described safety door body 1 the first doorframe locking mechanism 2 and the second doorframe locking mechanism 3, be arranged at the cloth cover on the described safety door body 1, cloth cover does not have diagram.Shown in accompanying drawing 1-accompanying drawing 4, described safety door body 1 comprises crossbearer 6, the first vertical rod frame 44 that the upper end is connected with a described outer end of going up crossbearer 6, the second vertical rod frame 45 that the upper end is connected with described another outer end of going up crossbearer 6, lower cross frame 7, be connected in first sliding part 22 of an outer end of described lower cross frame 7, be connected in second sliding part 23 of another outer end of described lower cross frame 7, described first sliding part 22 is provided with mutually slidably with the described first vertical rod frame 44, described second sliding part 23 is provided with mutually slidably with the described second vertical rod frame 45, the described first vertical rod frame 44 comprises first upper pright stanchion 28, first time vertical rod 8 that the bottom of one end and described first upper pright stanchion 28 rotates and is provided with, the upper end of described first upper pright stanchion 28 is connected with a described outer end of going up crossbearer 6, the described second vertical rod frame 45 comprises second upper pright stanchion 29, second time vertical rod 9 that the bottom of one end and described second upper pright stanchion 29 rotates and is provided with, the upper end of described second upper pright stanchion 29 is connected with described another outer end of going up crossbearer 6.As shown in Figure 1, after described safety door body 1 launches, described first sliding part 22 is arranged in described first time vertical rod 8, described second sliding part 23 is arranged in described second time vertical rod 9, shown in accompanying drawing 3, accompanying drawing 4, after described safety door body 1 folded, described first sliding part 22 was arranged on described first upper pright stanchion 28, and described second sliding part 23 is arranged on described second upper pright stanchion 29.
Shown in accompanying drawing 1-accompanying drawing 4, the bottom of described first upper pright stanchion 28 is connected with an end phase pivot of described first time vertical rod 8, and the bottom of described second upper pright stanchion 29 is connected with an end phase pivot of described second time vertical rod 9.Parts in two parts in an end of the bottom of described first upper pright stanchion 28, described first time vertical rod 8 are provided with first locating part 20, and after described safety door body 1 launched, its another parts were against on described first locating part 20; Parts in two parts in an end of the bottom of described second upper pright stanchion 29, described second time vertical rod 9 are provided with second locating part 21, and after described safety door body 1 launched, its another parts were against on described second locating part 21.Described first locating part 20, described second locating part 21 make that the rigidity of described safety door body 1 after expansion is stronger.
Shown in accompanying drawing 1-accompanying drawing 5, the described crossbearer 6 of going up comprises first cross tube 10 with first cross tube tube chamber 46, second cross tube 11, described second cross tube 11 is inserted in the described first cross tube tube chamber 46 slidably, and be provided with first locking mechanism 14 between described first cross tube 10 and described second cross tube 11, described lower cross frame 7 comprises first sheer pole 12 with first sheer pole tube chamber, second sheer pole 13, described second sheer pole 13 is inserted in the described first sheer pole tube chamber slidably, and is provided with second locking mechanism 15 between described first sheer pole 12 and described second sheer pole 13.Described first locking mechanism 14 comprises a plurality of first lock holes 17 of being opened on described first cross tube 10, is slidingly arranged in the first bullet pin 16 on described second cross tube 11, the described first bullet pin 16 has locking and two operating positions of release, when the described first bullet pin 16 is in latched position, the described first bullet pin 16 is inserted in the hole in described a plurality of first lock hole 17, when the described first bullet pin 16 is in the unlocked position, any one hole that the described first bullet pin 16 breaks away from described a plurality of first lock holes 17.Described second locking mechanism 15 comprises a plurality of second lock holes 19 of being opened on described first sheer pole 12, is slidingly arranged in the second bullet pin 18 on described second sheer pole 13, the described second bullet pin 18 has locking and two operating positions of release, when the described second bullet pin 18 is in latched position, the described second bullet pin 18 is inserted in the hole in described a plurality of second lock hole 19, when the described second bullet pin 18 is in the unlocked position, any one hole that the described second bullet pin 18 breaks away from described a plurality of second lock holes 19.
Shown in accompanying drawing 6-accompanying drawing 9, the upper end of described first upper pright stanchion 28 is connected by fixture 31 with the outer end of described first cross tube 10, the upper end of described second upper pright stanchion 29 is connected with the outer end of described second cross tube 11, the outer end of described first sheer pole 12 is connected with described first sliding part 22, and the outer end of described second sheer pole 13 is connected with described second sliding part 23.
Shown in accompanying drawing 8, accompanying drawing 9, the upper end of the outer end of described second cross tube 11 and described second upper pright stanchion 29 is slidingly connected, and be provided with first elastic component 26 between the upper end of the outer end of described second cross tube 11 and described second upper pright stanchion 29, the outer end of described second sheer pole 13 and described second sliding part 23 are slidingly connected, and are provided with second elastic component 27 between the outer end of described second sheer pole 13 and described second sliding part 23.
Shown in accompanying drawing 1-accompanying drawing 4, the described first doorframe locking mechanism 2 is arranged on another outer end or described second upper pright stanchion 29 of described upward crossbearer 6, and described the 3rd doorframe locking mechanism 4 is arranged on the outer end or described first upper pright stanchion 28 of described upward crossbearer 6.The described second doorframe locking mechanism 3 is arranged on the other end of described second time vertical rod 9, and described the 4th doorframe locking mechanism 5 is arranged on described first sliding part 22.
The other end of described first time vertical rod 8 is provided with the 3rd locating part 42, the other end of described second time vertical rod 9 is provided with the 4th locating part 43, as shown in Figure 1, after described safety door body 1 launches, described first sliding part 22 is against on described the 3rd locating part 42, and described second sliding part 23 is against on described the 4th locating part 43.Can use locking device between described first sliding part 22 and the described first vertical rod frame 44, also can be without locking device, between described first sliding part 22 and the described first vertical rod frame 44 without the situation of locking device under and after safety door body 1 launched, described the 3rd locating part 42 stoped described first sliding part 22 to break away from described first time vertical rod 8.Can use locking device between same described second sliding part 23 and the described second vertical rod frame 45, also can be without locking device, between described second sliding part 23 and the described second vertical rod frame 45 without the situation of locking device under and after safety door body 1 launched, described the 4th locating part 43 stoped described second sliding part 23 to break away from described second time vertical rod 9.
As shown in Figure 8, the described first doorframe locking mechanism 2 comprises first supporter 40.As shown in Figure 9, the described second doorframe locking mechanism 3 comprises second supporter 41.As shown in Figure 6, described the 3rd doorframe locking mechanism 4 comprises the operating parts 30 that is arranged on rotationally on the fixture 31, be slidingly arranged in movable block 32 on the described fixture 31, be arranged at the 3rd supporter 24 on the described movable block 32, when pressing described operating parts 30, described movable block 32 slides and makes that described the 3rd supporter 24 is protruding.As shown in Figure 7, described the 4th doorframe locking mechanism comprises the 4th supporter 25 that is provided with slidably on first sliding part 22, be provided with the 3rd elastic component 39 between described the 4th supporter 25 and described first sliding part 22, after the utility model being launched and be positioned in the doorframe and be against on the ground surface, it is protruding that described the 4th supporter 25 just can overcome described the 3rd elastic component 39.
During use, as shown in Figure 1, the utility model is launched, and regulate the described length of crossbearer 6 and the length of described lower cross frame 7 of going up, make that the utility model just in time is fit to be placed in the doorframe haply, then the utility model is put down, make that this practicality is new and ground surface is inconsistent, this moment described the 4th supporter 25 to overcome described the 3rd elastic component 39 protruding, make that this moment, described second elastic component 27 was in compressive state, under the effect of described second elastic component 27, described second supporter 41 is against on the door frame of a side more tightly, and described the 4th supporter 25 is against on the door frame of opposite side more tightly; Press described operating parts 30 then, make that described the 3rd supporter 24 is protruding, make that this moment, described first elastic component 26 was in compressive state, under the effect of described first elastic component 26, described first supporter 40 is against on the door frame of a side more tightly, and described the 3rd supporter 24 is against on the door frame of opposite side more tightly.
Claims (10)
1, a kind of safety door, comprise safety door body (1), be arranged at the 3rd doorframe locking mechanism (4) and the 4th doorframe locking mechanism (5) of a sidepiece of described safety door body (1), be arranged at the first doorframe locking mechanism (2) and the second doorframe locking mechanism (3) of the other side of described safety door body (1), be arranged at the cloth cover on the described safety door body (1), it is characterized in that: described safety door body (1) comprises crossbearer (6), the first vertical rod frame (44) that the upper end is connected with a described outer end of going up crossbearer (6), the second vertical rod frame (45) that the upper end is connected with described another outer end of going up crossbearer (6), lower cross frame (7), be connected in first sliding part (22) of an outer end of described lower cross frame (7), be connected in second sliding part (23) of another outer end of described lower cross frame (7), described first sliding part (22) is provided with mutually slidably with the described first vertical rod frame (44), described second sliding part (23) is provided with mutually slidably with the described second vertical rod frame (45), the described first vertical rod frame (44) comprises first upper pright stanchion (28), first time vertical rod (8) that the bottom of one end and described first upper pright stanchion (28) rotates and is provided with, the upper end of described first upper pright stanchion (28) is connected with a described outer end of going up crossbearer (6), the described second vertical rod frame (45) comprises second upper pright stanchion (29), second time vertical rod (9) that the bottom of one end and described second upper pright stanchion (29) rotates and is provided with, the upper end of described second upper pright stanchion (29) is connected with described another outer end of going up crossbearer (6), after described safety door body (1) launches, described first sliding part (22) is arranged in described first time vertical rod (8), described second sliding part (23) is arranged in described second time vertical rod (9), after described safety door body (1) is folding, described first sliding part (22) is arranged on described first upper pright stanchion (28), and described second sliding part (23) is arranged on described second upper pright stanchion (29).
2, a kind of safety door according to claim 1, it is characterized in that: the bottom of described first upper pright stanchion (28) is connected with an end phase pivot of described first time vertical rod (8), and the bottom of described second upper pright stanchion (29) is connected with an end phase pivot of described second time vertical rod (9).
3, a kind of safety door according to claim 2, it is characterized in that: parts in two parts in an end of the bottom of described first upper pright stanchion (28), described first time vertical rod (8) are provided with first locating part (20), after described safety door body (1) launched, its another parts were against on described first locating part (20); Parts in two parts in an end of the bottom of described second upper pright stanchion (29), described second time vertical rod (9) are provided with second locating part (21), after described safety door body (1) launched, its another parts were against on described second locating part (21).
4, a kind of safety door according to claim 1, it is characterized in that: the described crossbearer (6) of going up comprises first cross tube (10) with first cross tube tube chamber (46), second cross tube (11), described second cross tube (11) is inserted in the described first cross tube tube chamber (46) slidably, and be provided with first locking mechanism (14) between described first cross tube (10) and described second cross tube (11), described lower cross frame (7) comprises first sheer pole (12) with first sheer pole tube chamber, second sheer pole (13), described second sheer pole (13) is inserted in the described first sheer pole tube chamber slidably, and is provided with second locking mechanism (15) between described first sheer pole (12) and described second sheer pole (13).
5, a kind of safety door according to claim 4, it is characterized in that: the upper end of described first upper pright stanchion (28) is connected with the outer end of described first cross tube (10), the upper end of described second upper pright stanchion (29) is connected with the outer end of described second cross tube (11), the outer end of described first sheer pole (12) is connected with described first sliding part (22), and the outer end of described second sheer pole (13) is connected with described second sliding part (23).
6, a kind of safety door according to claim 4, it is characterized in that: the upper end of the outer end of described second cross tube (11) and described second upper pright stanchion (29) is slidingly connected, and be provided with first elastic component (26) between the upper end of the outer end of described second cross tube (11) and described second upper pright stanchion (29), the outer end of described second sheer pole (13) and described second sliding part (23) are slidingly connected, and are provided with second elastic component (27) between the outer end of described second sheer pole (13) and described second sliding part (23).
7, a kind of safety door according to claim 4, it is characterized in that: described first locking mechanism (14) comprises a plurality of first lock holes (17) that are opened on described first cross tube (10), be slidingly arranged in the first bullet pin (16) on described second cross tube (11), the described first bullet pin (16) has locking and two operating positions of release, when the described first bullet pin (16) when being in latched position, the described first bullet pin (16) is inserted in the hole in described a plurality of first lock holes (17), when the described first bullet pin (16) when being in the unlocked position, the described first bullet pin (16) breaks away from any one hole in described a plurality of first lock holes (17).
8, a kind of safety door according to claim 1, it is characterized in that: the described first doorframe locking mechanism (2) is arranged on another outer end or described second upper pright stanchion (29) of described upward crossbearer (6), and described the 3rd doorframe locking mechanism (4) is arranged on the outer end or described first upper pright stanchion (28) of described upward crossbearer (6).
9, a kind of safety door according to claim 1, it is characterized in that: the described second doorframe locking mechanism (3) is arranged on the other end of described second time vertical rod (9), and described the 4th doorframe locking mechanism (5) is arranged on described first sliding part (22).
10, a kind of safety door according to claim 1, it is characterized in that: the other end of described first time vertical rod (8) is provided with the 3rd locating part (42), the other end of described second time vertical rod (9) is provided with the 4th locating part (43), after described safety door body (1) launches, described first sliding part (22) is against on described the 3rd locating part (42), and described second sliding part (23) is against on described the 4th locating part (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620071616 CN2908741Y (en) | 2006-05-15 | 2006-05-15 | Safety door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620071616 CN2908741Y (en) | 2006-05-15 | 2006-05-15 | Safety door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2908741Y true CN2908741Y (en) | 2007-06-06 |
Family
ID=38127951
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620071616 Expired - Fee Related CN2908741Y (en) | 2006-05-15 | 2006-05-15 | Safety door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2908741Y (en) |
-
2006
- 2006-05-15 CN CN 200620071616 patent/CN2908741Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070606 Termination date: 20150515 |
|
| EXPY | Termination of patent right or utility model |