CN102041944B - Sliding door safe - Google Patents
Sliding door safe Download PDFInfo
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- CN102041944B CN102041944B CN 201110031353 CN201110031353A CN102041944B CN 102041944 B CN102041944 B CN 102041944B CN 201110031353 CN201110031353 CN 201110031353 CN 201110031353 A CN201110031353 A CN 201110031353A CN 102041944 B CN102041944 B CN 102041944B
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Abstract
The invention relates to a sliding door safe comprising a safe body and a door panel, wherein the safe body is provided with a door frame of which the side is provided with a clamping slot. The sliding door safe is characterized in that the upper part and the lower part of one side on the back of the door panel are respectively connected with the upper inner wall and the lower inner wall of the safe body by a first shaft-groove fitting structure; a shaft in the first shaft-groove fitting structure can horizontally slide and rotate relatively to the groove; the upper part and the lower part of the other side on the back of the door panel are respectively connected with the upper inner wall and the lower inner wall of the safe body by a second shaft-groove fitting structure; a groove in the second shaft-groove fitting structure is an L-shaped groove and can horizontally slide relatively to the groove; when the door panel is separated from the clamping slot, the shaft in the second shaft-groove fitting structure can slide out of the opening of the vertical groove part of the L-shaped groove; and the back of the door panel is also provided with a locking structure which can determine whether the door panel slides horizontally. With respect to the safe in the invention, the special frame structure in the existing sliding door safe is omitted, so that the safe is simpler in structure and is a brand-new sliding door safe structure.
Description
Technical field
The present invention relates to a kind of sliding door strongbox.
Background technology
Its structure of the security door of traditional insurance case comprises that mainly doorframe, pivot pin are connected to the door body on the doorframe and are arranged on bolt structure between a body and the doorframe.It is cylindric that general bolt all is, the cylindrical hole that door bolt Kong Zewei and bolt match, cooperation by bolt and door bolt hole, door and doorframe are locked together, the relatively whole door-plate area of lock face between door bolt head and the door bolt hole is a very little part, the lawless person only need pry open doorframe corresponding to door bolt head part, just door-plate can be opened.
For further having strengthened the safety of strongbox, there is human hair to understand that a kind of whole side with door-plate one side is locked in the strongbox in the edge of doorframe.Be the Chinese utility model patent " theft proof strongbox " of ZL200520140438.6 (notification number is CN2851464Y) such as a patent No., and a patent No. is that the Chinese utility model patent " sliding door electronic safety-deposit box " of ZL200620001308.9 (notification number is CN2888031Y) has all disclosed a kind of like this safety cabinet.
It generally is comprised of this safety cabinet casing, chamber door and the mechanical key lock that is fixed in this chamber door, this chamber door rotates the correspondence that is fixed in this doorframe by a side group in the rotation fixed mechanism and rotates the door frame of sidepiece, is slidingly fixed on this door frame front and realizes that the door-plate of horizontal slip forms based on the slip fixed mechanism, this door-plate one side can slide under this slip fixed mechanism drives in the correspondence locking edge that stretches into this doorframe, and based on this mechanical key lock with this locking door in this doorframe, thereby realize that this box door lock is in this doorframe.The lock face of door moving safe is the whole side of door-plate one side, lock face only wants large many for the mode of door bolt head with respect to traditional sticking department, the lawless person must pry open the doorframe of door-plate one side fully and door-plate could be opened, so the insurance intensity of strongbox improves greatly.
All can not break away from the existing various door-sliding safes and adopt a such intermediate member of door frame to connect door-plate and doorframe, door frame is fixed on this doorframe based on rotating the fixed mechanism rotation, door-plate only is connected with door frame, so the structure relative complex of this door-sliding safe.
In sum, existing door-sliding safe also can be further improved.
Summary of the invention
Technical problem to be solved by this invention is that a kind of novel structure and the sliding door strongbox of advantages of simple more are provided for above-mentioned prior art present situation.
The present invention solves the problems of the technologies described above the technical scheme that adopts: a kind of sliding door strongbox, comprise the casing with doorframe, reach the door-plate that matches with doorframe, door-plate is the doorframe horizontal sliding relatively, the sidepiece of doorframe has the draw-in groove that inserts for the door-plate side, and whether snaps in the pass that draw-in groove determines door-plate according to door-plate and open; It is characterized in that: the top and the bottom of a side at the described door-plate back side respectively and the linking together by the first axial trough fit structure between the inwall up and down of casing, groove in this first axial trough fit structure is straight trough, axle energy opposed slot horizontal sliding and rotation in the first axial trough fit structure; The top and the bottom of the opposite side at the door-plate back side respectively and the linking together by the second axial trough fit structure between the inwall up and down of casing, groove in the second axial trough fit structure is L shaped groove, vertical slot part one end opening of L shaped groove, axle opposed slot horizontal sliding in this second axial trough fit structure, and only break away under the state of draw-in groove at door-plate, the axle in the second axial trough fit structure can skid off from the opening of the vertical slot part of L shaped groove; The door-plate back side also is provided with the latch-up structure that determines that can door-plate horizontal sliding.
The following structure of the concrete employing of aforementioned the first axial trough fit structure and the second axial trough fit structure, above-mentioned the first axial trough fit structure comprise upper inwall one side that is horizontally installed on casing upper straight trough, be horizontally installed on lower inwall one side of casing lower straight trough, be fixed on the door-plate back side top one side the first upper leading axle and be fixed on the first lower leading axle of bottom one side at the door-plate back side, described the first upper leading axle and the first lower leading axle insert respectively in upper straight trough and the lower straight trough and can and rotate relative to horizontal sliding; Described the second axial trough fit structure comprises the upper L shaped groove of the upper inwall opposite side that is horizontally installed on casing, be horizontally installed on the lower L shaped groove of the lower inwall opposite side of casing, be fixed on the second upper leading axle of the top opposite side at the door-plate back side, and be fixed on the second lower leading axle of the bottom opposite side at the door-plate back side, wherein, the vertical slot part of upper L shaped groove runs through forward, the vertical slot part of lower L shaped groove runs through forward, described the second upper leading axle and the second lower leading axle insert respectively in the horizontal slot part of upper L shaped groove and lower L shaped groove and can relative horizontal slidings, only break away under the state of draw-in groove at door-plate, described the second upper leading axle and the second lower leading axle can skid off from the front opening of the vertical slot part of upper L shaped groove and lower L shaped groove.
Certainly the axle in aforementioned the first axial trough fit structure and the second axial trough fit structure can be fixed on the up and down inwall of casing, and the groove in the first axial trough fit structure and the second axial trough fit structure can be arranged on the door-plate back side, be fixed with respectively fixed block such as the top and the bottom in both sides, the door-plate back side, and have aforesaid groove structure at the end face of fixed block; The axle that can also be top is fixed on the door-plate, and the axle of bottom is fixed on the lower inwall of casing.
Be fixed with respectively on first fixed block on the fixed block and second on the upper inwall of above-mentioned casing, described upper straight trough is arranged on the lower surface of fixed block on first, described L shaped groove is arranged on the lower surface of fixed block on second, and the vertical slot part of upper L shaped groove runs through fixed block on second forward; Be fixed with respectively first time fixed block and second time fixed block on the lower inwall of described casing, described lower straight trough is arranged on the upper surface of first time fixed block, described lower L shaped groove is arranged on the upper surface of second time fixed block, and the vertical slot part of lower L shaped groove runs through fixed block forward second time.Straight trough and L shaped groove are arranged on the fixed block, be convenient to manufacture and assembling, the relevant position that the fixed block that only needs to be provided with straight trough or L shaped groove during installation is fixed on cabinet wall gets final product, but also fixed block can be held in place in the doorframe, when door-plate cuts out, door-plate can cover the opening of L shaped groove, and safety is better, also makes strongbox more attractive in appearance.Certainly also can directly straight trough and L shaped groove be arranged on the doorframe.
For ease of installing guide shaft and lower leading axle, the interval, top at the above-mentioned door-plate back side is fixed with mounting blocks on two, has installing hole on each in the mounting blocks, and described the first upper leading axle and the second upper leading axle are separately fixed in the upper installing hole of mounting blocks on each; The interval, bottom at the described door-plate back side is fixed with mounting blocks twice, has lower installing hole in each time mounting blocks, and described the first lower leading axle and the second lower leading axle are separately fixed in the lower installing hole of each time mounting blocks.
The top of above-mentioned the first upper leading axle has upper plat part, and the both sides of upper plat part are arc sections, and described upper plat part only can be along the front cross slippage of upper straight trough, and the rear portion of upper straight trough is rounded, and described upper plat part can rotate at the rear portion of upper straight trough Inner; The top of described the first lower leading axle has lower plat part, and the both sides of lower plat part are arc sections, and described lower plat part only can be along the front cross slippage of lower straight trough, and the rear portion of lower straight trough is rounded, and described lower plat part can rotate at the rear portion of lower straight trough Inner.This structure guarantee guide shaft begin the reach stage can only transverse shifting, and can not rotate, the front portion that runs to straight trough at guide shaft could be rotated, and guarantees only ability transverse shifting under the state that door-plate cuts out, increase simultaneously the contact area of the front inner wall of guide shaft and straight trough, prevent that door-plate from rocking.
More smooth and easy for guaranteeing door-plate horizontal sliding and rotation, the top card of above-mentioned the first upper leading axle and the second upper leading axle is shaped with steel ball; The bottom blocking of described the first lower leading axle and the second lower leading axle has lower steel ball.
Above-mentioned draw-in groove is arranged on the lateral wall of doorframe, and the corresponding side of described door-plate is the L-shaped edge that bends inwards.It is a kind of set-up mode of draw-in groove, and door-plate need to move to left in the process of opening the door of this mode, and the process of closing the door then needs door-plate to move to right.
Above-mentioned latch-up structure comprises and is arranged on the door-plate back side and slide plate that only can horizontal sliding, this slide plate drives and horizontal sliding by the mechanical lock structure that is located on the door-plate, the left end of slide plate is provided with the door bolt head, under the state in the edge of door-plate one side inserts draw-in groove, described door bolt is overhanging and withstand the left inside sidewall of doorframe and then stop door-plate towards making edge break away from the slippage of draw-in groove direction.This latch-up structure is for stoping door-plate to move to left.Certainly also can directly adopt conventional up and down bolt head to fasten up and down the lock mode that the hole cooperates with a bolt or latch with doorframe.
Above-mentioned draw-in groove is arranged on the inside wall of doorframe.It is the set-up mode of another kind of draw-in groove, and door-plate need to move to right in the process of opening the door of this mode, and the process of closing the door then needs door-plate to move to left.
Above-mentioned latch-up structure comprises and is arranged on the door-plate back side and slide plate that only can horizontal sliding, this slide plate drives and horizontal sliding by the mechanical lock structure that is located on the door-plate, the right-hand member of slide plate is provided with the door bolt head, under the state in the side of door-plate inserts draw-in groove, described door bolt is overhanging and withstand the right inside sidewall of doorframe and then stop door-plate towards making side break away from the slippage of draw-in groove direction.This latch-up structure is for stoping door-plate to move to right.Certainly also can directly adopt conventional up and down bolt head to fasten up and down the lock mode that the hole cooperates with a bolt or latch with doorframe.
Compared with prior art, the invention has the advantages that: this sliding door strongbox cooperates by guide shaft and straight trough and L shaped groove, realize door-plate relative to the doorframe transverse shifting and rotate, and a side of door-plate is inserted in the draw-in groove or locking edge of doorframe, only have the draw-in groove or the locking edge that break away from doorframe when door-plate, guide shaft is positioned at the vertical slot part of L shaped groove, realize the rotation of door-plate and open the door, it saves distinctive frame construction in the existing door-sliding safe, so structure is more simple, and it is a kind of brand-new mode sliding door strongbox structure.
Description of drawings
Fig. 1 is the perspective view (under the state of closing the door) of first embodiment of the invention;
Fig. 2 is the rear elevation (under the state of closing the door) after first embodiment of the invention is removed the casing bonnet;
Fig. 3 is that the A-A of Fig. 2 is to three-dimensional cutaway view;
Fig. 4 is that the B-B of Fig. 2 is to three-dimensional cutaway view;
Fig. 5 is that the C-C of Fig. 2 is to sectional view;
Fig. 6 is the relative position schematic diagram (under the state of closing the door) between each lower leading axle of first embodiment of the invention and lower straight trough and the lower L shaped groove;
Fig. 7 is the relative position schematic diagram (under the state of closing the door) between each upper leading axle of first embodiment of the invention and upper straight trough and the upper L shaped groove;
Fig. 8 is the perspective view (door-plate is removed outward under the intermediateness) of first embodiment of the invention;
Fig. 9 is that the D-D of Fig. 2 is to sectional view;
Figure 10 is the relative position schematic diagram (door-plate is removed outward under the intermediateness) between each lower leading axle of first embodiment of the invention and lower straight trough and the lower L shaped groove;
Figure 11 is the relative position schematic diagram (door-plate is removed outward under the intermediateness) between each upper leading axle of first embodiment of the invention and upper straight trough and the upper L shaped groove;
Figure 12 is the perspective view (under the door-plate full open position) of first embodiment of the invention;
Figure 13 is the perspective view of fixed block and first time fixed block on first in the first embodiment of the invention;
Figure 14 is the perspective view of fixed block and second time fixed block on second in the first embodiment of the invention;
Figure 15 is the perspective view of the first upper leading axle and the first lower leading axle in the first embodiment of the invention;
Figure 16 is the perspective view of second embodiment of the invention;
Figure 17 is that the E-E of Figure 16 is to sectional view (under the state of closing the door);
Figure 18 is that the E-E of Figure 16 is to sectional view (removing outside the door-plate under the intermediateness);
Figure 19 is the relative position schematic diagram (under the state of closing the door) between each lower leading axle of second embodiment of the invention and lower straight trough and the lower L shaped groove;
Figure 20 is the relative position schematic diagram (under the state of closing the door) between each upper leading axle of second embodiment of the invention and upper straight trough and the upper L shaped groove;
Figure 21 is the relative position schematic diagram (door-plate is removed outward under the intermediateness) between each lower leading axle of second embodiment of the invention and lower straight trough and the lower L shaped groove;
Figure 22 is the relative position schematic diagram (door-plate is removed outward under the intermediateness) between each upper leading axle of second embodiment of the invention and upper straight trough and the upper L shaped groove;
Figure 23 is the perspective view (under the door-plate full open position) of first embodiment of the invention.
The specific embodiment
Embodiment is described in further detail the present invention below in conjunction with accompanying drawing.
Shown in Fig. 1～15, be first embodiment of the present invention.
A kind of sliding door strongbox, comprise the casing 1 with doorframe 11, reach the door-plate 2 that matches with doorframe 11, door-plate 2 is doorframe 11 horizontal slidings relatively, has the draw-in groove 12 that inserts for door-plate 2 sides on the lateral wall of doorframe 11, and whether snapping in the pass that draw-in groove 12 determines door-plate 2 according to door-plate 2 opens, door-plate 2 corresponding sides are the L-shaped edge 23 that bends inwards, when the edge 23 of door-plate 2 snaps in draw-in groove 12 when interior, door-plate 2 is locked in the doorframe 11, when the edge 23 of door-plate 2 broke away from draw-in groove 12, door-plate 2 can be opened.
Be fixed with respectively fixed block 4 intervals setting on the fixed block 3 and second on the fixed block 4, the first on the fixed block 3 and second on first on the upper inwall of casing 1; The lower surface of fixed block 3 is provided with the upper straight trough 31 of horizontally set on first, and the rear portion 312 of upper straight trough is rounded, and the rear portion 312 of upper straight trough is near the left side of casing; The lower surface of fixed block 4 is provided with the upper L shaped groove 41 of horizontally set on second, and the vertical slot part 411 of upper L shaped groove is near the left side of casing 1, and the vertical slot part 411 of upper L shaped groove runs through fixed block 4 on second forward.
Be fixed with respectively first time fixed block 5 and 6, the first times fixed blocks 5 of second time fixed block on the lower inwall of casing 1 and second time fixed block 6 interval arranges; The upper surface of first time fixed block 5 is provided with the lower straight trough 51 of horizontally set, and the rear portion 512 of lower straight trough is rounded, and the rear portion 512 of lower straight trough is near the left side of casing; The upper surface of second time fixed block 6 is provided with the lower L shaped groove 61 of horizontally set, and the vertical slot part 611 of lower L shaped groove is near the left side of casing 1, and the vertical slot part 611 of lower L shaped groove runs through fixed block 5 forward second time.
The top at door-plate 2 back sides is fixed with the first upper leading axle 7 and the second upper leading axle 8, the first upper leading axle 7 and the second upper leading axle 8 are fixed on the back side of door-plate 2 by following structure, the interval, top at door-plate 2 back sides is fixed with mounting blocks 21 on two, having installing hole 211, the first upper leading axles 7 and the second upper leading axle 8 on each in the mounting blocks 21 is fixed by screws in respectively in the upper installing hole 211 of mounting blocks on each.
The bottom at door-plate 1 back side is fixed with the first lower leading axle 9 and the second lower leading axle 10, the first lower leading axle 9 and the second lower leading axle 10 are fixed on the back side of door-plate 2 by following structure, the interval, bottom at door-plate 2 back sides is fixed with mounting blocks 22 twice, having lower installing hole 221, the first lower leading axles 9 and the second lower leading axle 10 in each time mounting blocks 22 is fixed by screws in respectively in the lower installing hole 221 of each time mounting blocks.
The first upper leading axle 7 and the first lower leading axle 9 insert respectively in straight trough 31 and the lower straight trough 51 and can and rotate relative to horizontal sliding, namely the top of the first upper leading axle 7 has upper plat part 71, the both sides of upper plat part 71 are arc sections, upper plat part 71 only can be along front portion 311 horizontal slidings of upper straight trough, and upper plat part 71 can rotate at the rear portion of upper straight trough 312 Inner; The top of the first lower leading axle 9 has lower plat part 91, and the both sides of lower plat part 91 are arc sections, and lower plat part 91 only can be along front portion 511 horizontal slidings of lower straight trough, and lower plat part 91 can rotate at the rear portion of lower straight trough 512 Inner.
The second upper leading axle 8 and the second lower leading axle 10 insert respectively in the horizontal slot part 412,612 of L shaped groove 41 and lower L shaped groove 61 and can relative horizontal slidings, only the edge 23 at door-plate 2 breaks away under the state of draw-in groove 12, and the second upper leading axle 8 and the second lower leading axle 10 can skid off from the vertical slot part 411 of upper L shaped groove 41 and lower L shaped groove 61,611 front opening.
The bottom blocking that the top card of the first upper leading axle 7 and the second upper leading axle 8 is shaped with steel ball 13, the first lower leading axles 9 and the second lower leading axle 10 has lower steel ball 14.
Door-plate 2 back sides also are provided with the latch-up structure that determines that can door-plate 2 horizontal sliding.
Latch-up structure comprises and is arranged on door-plate 2 back sides and slide plate 15 that only can horizontal sliding, this slide plate 15 drives and horizontal sliding by the mechanical lock structure 17 that is located on the door-plate, the left end of slide plate 15 is provided with door bolt 16, under the edge 23 of door-plate one side inserted state in the draw-in grooves 12, door bolt 16 was overhanging and withstand the left inside sidewall of doorframe 11 and then stop door-plate 2 towards making the 12 direction slippages of edge 23 disengaging draw-in grooves.
Operating principle and the process of present embodiment are as follows:
The process of opening the door, insert key, control mechanical lock structure 17 drives slide plate 15 and moves to right, door bolt on the slide plate 15 16 no longer withstands the inside wall of doorframe 11, then spurring door-plate 2 laterally moves to left, door-plate is at the first upper leading axle 7 and the first lower leading axle 9 and upper straight trough 31 and lower straight trough 51, reach the second upper leading axle 8 and the second lower leading axle 10 at the horizontal slot part 412 of upper L shaped groove 41 and lower L shaped groove 61, slippage under 612 guide effects, until the edge 23 of door-plate 2 breaks away from the constraint of draw-in groove 12, at this moment the upper plat part 71 of the first upper leading axle 7 and the first lower leading axle 9 and lower plat part 91 lay respectively at the rear portion 312 of straight trough and the rear portion 512 of lower straight trough, simultaneously, the second upper leading axle 8 and the second lower leading axle 10 are positioned at the vertical slot part 411 of L shaped groove 41 and lower L shaped groove 61,611 places, shown in Fig. 8～11, rotate door-plate 2, the second upper leading axle 8 and the second lower leading axle 10 can be from the vertical slot parts 411 of upper L shaped groove 41 and lower L shaped groove 61,611 front opening skids off, and realizes opening the door, as shown in figure 12.
The process of closing the door: shut door-plate 2 second upper leading axles 8 and the second lower leading axle 10 from the vertical slot part 411 of upper L shaped groove 41 and lower L shaped groove 61,611 front opening place enters the vertical slot part 411 of L shaped groove 41 and lower L shaped groove 61, in 611, upper plat part 71 and the lower plat part 91 of the first upper leading axle 7 and the first lower leading axle 9 are horizontal simultaneously, the edge 23 of door-plate 2 is over against draw-in groove 12, door-plate 2 moves to right, shown in Fig. 1～7, the first upper leading axle 7 and the first lower leading axle 9 enter straight trough 31 and lower straight trough 51 rear portions, simultaneously, the second upper leading axle 8 and the second lower leading axle 10 enter the horizontal slot part 412 of L shaped groove 41 and lower L shaped groove 61, in 612, until the edge 23 of door-plate 2 snaps in the draw-in groove 12, at last, insert key, control mechanical lock structure 17 drives slide plate 15 and moves to left, door bolt on the slide plate 15 16 withstands the inside wall of doorframe 11, stop door-plate 2 towards making edge 23 break away from draw-in groove 12 direction slippages, finish and close the door.
Shown in Figure 16～23, be second embodiment of the present invention.
The difference of present embodiment and first embodiment is: draw-in groove 12 is arranged on the inside wall of doorframe 11, and the side of doorframe directly snaps in draw-in groove 12 interior realization lockings.
Simultaneously, the rear portion 512 of the rear portion 312 of upper straight trough and lower straight trough is near the right of casing; The vertical slot part 411 of upper L shaped groove and the vertical slot part of lower L shaped groove 611 are near the right of casing 1.
Latch-up structure comprises and is arranged on door-plate 2 back sides and slide plate 15 that only can horizontal sliding, this slide plate 15 drives and horizontal sliding by the mechanical lock structure 17 that is located on the door-plate, the right-hand member of slide plate 15 is provided with door bolt 16, under the state in the side of door-plate 2 inserts draw-in groove 12, door bolt 16 is overhanging and withstand the right inside sidewall of doorframe 11 and then stop door-plate 2 towards making the 12 direction slippages of side disengaging draw-in groove.
The course of work of present embodiment and the difference of first embodiment are that door-plate 2 moves to left as closing the door, and door-plate moves to right as opening the door.
Claims (9)
1. sliding door strongbox, comprise the have doorframe casing (1) of (11), reach the door-plate (2) that matches with doorframe (11), door-plate (2) is doorframe (11) horizontal sliding relatively, the sidepiece of doorframe (11) has the draw-in groove (12) that inserts for door-plate (2) side, and whether snaps in the pass that draw-in groove (12) determines door-plate (2) according to door-plate (2) and open; It is characterized in that: the top and the bottom of a side at the described door-plate back side respectively and the linking together by the first axial trough fit structure between the inwall up and down of casing, groove in this first axial trough fit structure is straight trough, and the axle in the first axial trough fit structure can opposed slot horizontal sliding and rotation; The top and the bottom of the opposite side at the door-plate back side respectively and the linking together by the second axial trough fit structure between the inwall up and down of casing, groove in the second axial trough fit structure is L shaped groove, vertical slot part one end opening of L shaped groove, axle opposed slot horizontal sliding in this second axial trough fit structure, and only break away under the state of draw-in groove at door-plate, the axle in the second axial trough fit structure can skid off from the opening on the vertical slot part of L shaped groove; The door-plate back side also is provided with the latch-up structure that determines that can door-plate horizontal sliding;
Described the first axial trough fit structure comprise upper inwall one side that is horizontally installed on casing (1) upper straight trough (31), be horizontally installed on lower inwall one side of casing (1) lower straight trough (51), be fixed on door-plate (2) back side top one side the first upper leading axle (7) and be fixed on first lower leading axle (9) of bottom one side at door-plate (2) back side, described the first upper leading axle (7) and the first lower leading axle (9) insert respectively in straight trough (31) and the lower straight trough (51) and can and rotate relative to horizontal sliding; Described the second axial trough fit structure comprises the upper L shaped groove (41) of the upper inwall opposite side that is horizontally installed on casing (1), be horizontally installed on the lower L shaped groove (61) of the lower inwall opposite side of casing (1), be fixed on second upper leading axle (8) of the top opposite side at door-plate (2) back side, and be fixed on second lower leading axle (10) of the bottom opposite side at door-plate (2) back side, wherein, the vertical slot part (411) of upper L shaped groove runs through forward, the vertical slot part (611) of lower L shaped groove runs through forward, described the second upper leading axle (8) and the second lower leading axle (10) insert respectively the horizontal slot part (412 of L shaped groove (41) and lower L shaped groove (61), 612) the relative horizontal sliding of interior and energy, only break away under the state of draw-in groove (12) at door-plate (2), described the second upper leading axle (8) and the second lower leading axle (10) can be from the vertical slot parts (411 of upper L shaped groove (41) and lower L shaped groove (61), 611) front opening skids off.
2. sliding door strongbox according to claim 1, it is characterized in that: be fixed with respectively fixed block (4) on fixed block on first (3) and second on the upper inwall of described casing (1), described upper straight trough (31) is arranged on the lower surface of fixed block on first (3), described L shaped groove (41) is arranged on the lower surface of fixed block on second (4), and the vertical slot part (411) of upper L shaped groove runs through fixed block on second (4) forward; Be fixed with respectively first time fixed block (5) and second time fixed block (6) on the lower inwall of described casing (1), described lower straight trough (51) is arranged on the upper surface of first time fixed block (5), described lower L shaped groove (61) is arranged on the upper surface of second time fixed block (6), and the vertical slot part (611) of lower L shaped groove runs through second time fixed block (5) forward.
3. sliding door strongbox according to claim 1, it is characterized in that: the interval, top at described door-plate (2) back side is fixed with mounting blocks on two (21), have installing hole (211) in the mounting blocks on each (21), described the first upper leading axle (7) and the second upper leading axle (8) are separately fixed in the upper installing hole (211) of mounting blocks on each; The interval, bottom at described door-plate (2) back side is fixed with twice mounting blocks (22), have lower installing hole (221) in each time mounting blocks (22), described the first lower leading axle (9) and the second lower leading axle (10) are separately fixed in the lower installing hole (221) of each time mounting blocks.
4. sliding door strongbox according to claim 1, it is characterized in that: the top of described the first upper leading axle (7) has upper plat part (71), the both sides of upper plat part (71) are arc sections, described upper plat part (71) only can be along front portion (311) horizontal sliding of upper straight trough, the rear portion of upper straight trough (312) is rounded, and described upper plat part (71) can rotate at the rear portion (312) of upper straight trough Inner; The top of described the first lower leading axle (9) has lower plat part (91), the both sides of lower plat part (91) are arc sections, described lower plat part (91) only can be along front portion (511) horizontal sliding of lower straight trough, the rear portion of lower straight trough (512) is rounded, and described lower plat part (91) can rotate at the rear portion (512) of lower straight trough Inner.
5. sliding door strongbox according to claim 4, it is characterized in that: the top card of described the first upper leading axle (7) and the second upper leading axle (8) is shaped with steel ball (13); The bottom blocking of described the first lower leading axle (9) and the second lower leading axle (10) has lower steel ball (14).
6. the described sliding door strongbox of arbitrary claim according to claim 1～5, it is characterized in that: described draw-in groove (12) is arranged on the lateral wall of doorframe (11), and the corresponding side of described door-plate (2) is the L-shaped edge (23) that bends inwards.
7. sliding door strongbox according to claim 6, it is characterized in that: described latch-up structure comprises and is arranged on door-plate (2) back side and slide plate (15) that only can horizontal sliding, this slide plate (15) drives and horizontal sliding by the mechanical lock structure (17) that is located on the door-plate, the left end of slide plate (15) is provided with door bolt head (16), under the state in the edge (23) of door-plate one side inserts draw-in groove (12), described door bolt head (16) is overhanging and withstand the left inside sidewall of doorframe (11) and then stop door-plate (2) towards making the direction slippage of edge (23) disengaging draw-in groove (12).
8. the described sliding door strongbox of arbitrary claim according to claim 1～5, it is characterized in that: described draw-in groove (12) is arranged on the inside wall of doorframe (11).
9. sliding door strongbox according to claim 8, it is characterized in that: described latch-up structure comprises and is arranged on door-plate (2) back side and slide plate (15) that only can horizontal sliding, this slide plate (15) drives and horizontal sliding by the mechanical lock structure (17) that is located on the door-plate, the right-hand member of slide plate (15) is provided with door bolt head (16), under the state in the side of door-plate (2) inserts draw-in groove (12), described door bolt head (16) is overhanging and withstand the right inside sidewall of doorframe (11) and then stop door-plate (2) towards making the direction slippage of side disengaging draw-in groove (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110031353 CN102041944B (en) | 2010-12-22 | 2011-01-19 | Sliding door safe |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010619450 | 2010-12-22 | ||
| CN201010619450.0 | 2010-12-22 | ||
| CN 201110031353 CN102041944B (en) | 2010-12-22 | 2011-01-19 | Sliding door safe |
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| Publication Number | Publication Date |
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| CN102041944A CN102041944A (en) | 2011-05-04 |
| CN102041944B true CN102041944B (en) | 2013-01-16 |
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| CN 201110031353 Expired - Fee Related CN102041944B (en) | 2010-12-22 | 2011-01-19 | Sliding door safe |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103244006A (en) * | 2012-02-02 | 2013-08-14 | 宁波市康华保险箱制造有限公司 | Anti-theft strongbox |
| CN105696900B (en) * | 2014-11-24 | 2018-03-16 | 得力集团有限公司 | Rocker-arm hinge safety box |
| CN109763695A (en) * | 2019-04-02 | 2019-05-17 | 温州市通用锁具有限公司 | A kind of lock core protection mechanism |
| CN113363824B (en) * | 2021-07-26 | 2022-09-09 | 山东驰盛电力工程有限公司 | Electric power cabinet with theftproof function |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2156262Y (en) * | 1992-12-15 | 1994-02-16 | 张学雄 | Automatic rob-proof safe |
| CN2162513Y (en) * | 1993-08-06 | 1994-04-20 | 藏世安 | Small-sized safe for household and civil |
| CN1063822C (en) * | 1993-06-23 | 2001-03-28 | 陈仁多 | Safety case with three prevention function |
| CN2496992Y (en) * | 2001-09-29 | 2002-06-26 | 陈培明 | Inserted-core mechanical anti-theft guard door lock |
| EP1785572A2 (en) * | 2005-11-14 | 2007-05-16 | Telefonica, S.A. | Locking device for public telephone strongboxes |
| US20070261615A1 (en) * | 2006-05-10 | 2007-11-15 | Lyle Evans | Force deflector |
| CN201933948U (en) * | 2010-12-22 | 2011-08-17 | 王勇军 | Sliding door safe |
-
2011
- 2011-01-19 CN CN 201110031353 patent/CN102041944B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2156262Y (en) * | 1992-12-15 | 1994-02-16 | 张学雄 | Automatic rob-proof safe |
| CN1063822C (en) * | 1993-06-23 | 2001-03-28 | 陈仁多 | Safety case with three prevention function |
| CN2162513Y (en) * | 1993-08-06 | 1994-04-20 | 藏世安 | Small-sized safe for household and civil |
| CN2496992Y (en) * | 2001-09-29 | 2002-06-26 | 陈培明 | Inserted-core mechanical anti-theft guard door lock |
| EP1785572A2 (en) * | 2005-11-14 | 2007-05-16 | Telefonica, S.A. | Locking device for public telephone strongboxes |
| US20070261615A1 (en) * | 2006-05-10 | 2007-11-15 | Lyle Evans | Force deflector |
| CN201933948U (en) * | 2010-12-22 | 2011-08-17 | 王勇军 | Sliding door safe |
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|---|---|
| CN102041944A (en) | 2011-05-04 |
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