CN102268950B - Strong box capable of being opened from either left or right - Google Patents
Strong box capable of being opened from either left or right Download PDFInfo
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- CN102268950B CN102268950B CN201010192748.8A CN201010192748A CN102268950B CN 102268950 B CN102268950 B CN 102268950B CN 201010192748 A CN201010192748 A CN 201010192748A CN 102268950 B CN102268950 B CN 102268950B
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Abstract
The invention discloses a strong box capable of being opened from either the left or the right. The strong box comprises a box body and a box door, wherein first, second, third and fourth lock plungers are arranged on the box door; the first and second lock plungers are arranged on one side of the box door while the third and fourth lock plungers are arranged on the other side of the box door; the first and second lock plungers are arranged at an interval along the axial directions thereof; the third and fourth lock plungers are arranged at an interval along the axial directions thereof; all the first, second, third and fourth lock plungers can move freely along the axial directions thereof; two ends on back to each other of the first and second lock plungers can stretch into and come out of corresponding parts of the box body concurrently; two ends on back to each other of the third and fourth lock plungers can stretch into and come out of corresponding parts of the box body concurrently; and one of the two ends on back to each other of the first and second lock plungers and the two ends on back to each other of the third and fourth lock plungers come out of corresponding parts of the box body. The strong box disclosed by the invention can change directions so as to be opened or closed from either the left or the right easily and conveniently, and further realizes transversally and longitudinally crossed locking function, so that the strong box is used more conveniently and more safely.
Description
Technical field
The present invention relates to a kind of strongbox, particularly a kind of left-right two-way open strongbox.
Background technology
The safe door sold in the market and use is side and opens (i.e. right side door-hinge, open the door in left side), like this, in actual use, often can be subject to the restriction of external environment condition (corner, bar etc.) and the restriction of use habit (left hand use habit) and the restriction with the use of (strongbox being put into cupboard or other decorative object), strongbox is opened the door and use not too convenient;
The strongbox locking bolt sold in the market and use is horizontal stroke, longitudinal tapered end stretches into locking strongbox in safe body, horizontal, vertical tapered end does not combine cross lock (namely horizontal, vertical tapered end stretches into independent individual and deviates from safe body), make the locking bolt of strongbox apply the function not playing combination locking, the safety of strongbox has much room for improvement.
Summary of the invention
In order to make up above deficiency, the invention provides a kind of left-right two-way open strongbox, this left-right two-way open strongbox is easy to use, safe.
The present invention in order to the technical scheme solving its technical problem and adopt is: a kind of left-right two-way open strongbox, and comprise casing and chamber door, chamber door is provided with first, two, three, four locking bolts, first, two locking bolts are located at the side of chamber door, and the 3rd, four locking bolts are located at the opposite side of chamber door, and first, two locking bolts along its axial direction is set in distance (can disalignment), the 3rd, four locking bolts along its axial direction is set in distance (can disalignment), first, two, three, four locking bolts axially all can move freely along it, and first, corresponding casing position can be stretched into simultaneously and emerge in two locking bolts two ends dorsad, and chamber door is also provided with first, two, three, four tapered ends, first, two, three, four tapered ends axially all can move freely along it, and first, two, three, four tapered ends respectively one_to_one corresponding intersect at first, two, three, four locking bolts, first, two tapered ends can stretch into simultaneously and emerge in first by one_to_one corresponding, the casing position (thus realizing cross lock) of two locking bolts and correspondence, the 3rd, four tapered ends can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, the casing position (thus realizing cross lock) of four locking bolts and correspondence, the 3rd, corresponding casing position can be stretched into simultaneously and emerge in four locking bolts two ends dorsad, and first, two locking bolts two ends and the 3rd dorsad, four locking bolts two ends dorsad alternatively emerge in corresponding casing position, when first, two locking bolts and the 3rd, when four locking bolt alternativelies depart from corresponding casing position, chamber door is opening, can open the door or right side enabling in left side, and first, two, three, when corresponding casing position is all stretched at four locking bolts two ends dorsad, chamber door is lock-out state, meanwhile, when first, two tapered end correspondences stretch into first, during the casing position of two locking bolts and correspondence, first, two locking bolts are inevitable also stretches into corresponding casing position, when the 3rd, four tapered end correspondences stretch into the 3rd, during the casing position of four locking bolts and correspondence, the 3rd, four locking bolts also must stretch into corresponding casing position.
As a further improvement on the present invention, described first, corresponding casing position can be stretched into simultaneously and emerge in two locking bolts two ends dorsad, and the 3rd, corresponding casing position can be stretched into simultaneously and emerge in four locking bolts two ends dorsad, and first, two locking bolts two ends and the 3rd dorsad, four locking bolts two ends dorsad alternatively emerge in one of the structure at corresponding casing position: be provided with first, two, three, double leval jib and first, two crossbeams, first, two, three, the axial length of double leval jib is equal, and first, the axial length of two crossbeams is equal, and first, two crossbeams can along its axial free movement, the handle of pivot joint cam type on chamber door, first, two crossbeams one end close to each other is respectively equipped with first, two bar holes, first, the length direction of two bar holes and first, the axis of two crossbeams is vertical, and first, two bar holes overlap, and the protruding end activity orientation of handle is in described first, in two bar holes, protruding end is made to promote first by the rotation of handle, two crossbeams can along its axial free movement, and the protruding end of handle is along first, the length direction of two bar holes moves, first, the other end that two crossbeams deviate from mutually forms bending, and first, two connecting rods location, one end close to each other slides on the folding surface of the other end of first crossbeam, and namely first, two connecting rods one end close to each other slidably can not be deviate from the other end folding surface of first crossbeam, and the 3rd, double leval jib close to each other one end location slide on first, the folding surface of the two crossbeam other ends, first, two connecting rods mutually away from one end locate slip first respectively, a two locking bolts end face in opposite directions, the 3rd, double leval jib mutually away from one end locate slip the 3rd respectively, a four locking bolts end face in opposite directions (realizing by T-slot), first, two, three, pivoting point (by pin activity orientation in chamber door) is formed in the middle of double leval jib, when such cam type handle rotates, first, two crossbeams can occur along its axially-movable, understand pushing tow or pull first, two, three, one end that double leval jib is close to each other, and make first, two, three, double leval jib rotates, thus first, two, three, double leval jib mutually away from one end one_to_one corresponding location slide on first, two, three, a four locking bolts end face in opposite directions, thus drive first, two, three, there is moving along its axis in four locking bolts, and first, two locking bolts and the 3rd, the direction of motion of four locking bolts just contrary (always opposite action during unlatching, the side locking bolt as rotating shaft more to go deep in casing a bit), realizes left or right open function, also has similar structures as first, two, three, the mutual one end one_to_one corresponding dorsad of double leval jib is articulated in first, two, three, one end that four locking bolts are mutually close, first, the side that two crossbeams deviate from mutually is articulated in first respectively, two, three, one end close to each other of double leval jib, first, two, three, the middle part of double leval jib forms moveable pivoting point, and the frame for movement that can realize this motion also has a lot, just no longer introduces in detail one by one herein.
As a further improvement on the present invention, described handle is positioned at the horizontal centre position of safe body.
As a further improvement on the present invention, described first, corresponding casing position can be stretched into simultaneously and emerge in two locking bolts two ends dorsad, 3rd, corresponding casing position can be stretched into simultaneously and emerge in four locking bolts two ends dorsad, and first, two locking bolts two ends and the 3rd dorsad, four locking bolts two ends dorsad alternatively emerge in two of the structure at corresponding casing position: establish first, two, three, four motors, first, two, three, the power of four motors is output in first respectively, two, three, four locking bolts, first, two, three, four locking bolts can accept first, two, three, the power of four motors and produce axially-movable, be provided with a control device (being generally located on chamber door), control device controls first, two, three, the action of four motors, first, two motors and the 3rd, the action of four motors is just contrary, certainly other much similar structures are gone back, this example no longer describes in detail.
As a further improvement on the present invention, chamber door is provided with first, two, three, four tapered ends, first, two, three, four tapered ends axially all can move freely along it, and first, two, three, four tapered ends respectively one_to_one corresponding intersect at first, two, three, four locking bolts (general is best in square crossing state), first, two tapered ends can stretch into simultaneously and emerge in first by one_to_one corresponding, the casing position of two locking bolts and correspondence, the 3rd, four tapered ends can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, one of the structure at the casing position of four locking bolts and correspondence is: be provided with the adjustable plate that can follow lock core rotation, lock core is located at the middle part of adjustable plate, and adjustable plate two ends can drive first, do to move along the rightabout of its axis in two connecting rod one end, above-mentioned motion is current techique, as first, bar hole is established in two connecting rods one end close to each other, and the reference column at adjustable plate two ends is movable to be respectively inserted in corresponding bar hole, and lock core drives adjustable plate to rotate, and the reference column of adjustable plate is along first, the bar hole motion of two connecting rods, also just with first, two connecting rods are along its axial relative motion, and the head rod other end is that bifurcated one_to_one corresponding is connected first, two tapered ends, the second connecting rod other end is that bifurcated correspondence is connected the 3rd, four tapered ends, rotational lock core after insertion key, lock core drives adjustable plate to rotate, thus drives first, two connecting rods make contrary or move toward one another, thus realize first, two, three, four tapered end correspondences stretch into and deviate from first, two, three, four locking bolts and corresponding portion casing.
As a further improvement on the present invention, chamber door is provided with first, two, three, four tapered ends, first, two, three, four tapered ends axially all can move freely along it, first, two, three, four tapered ends respectively one_to_one corresponding intersect at (general is the best in square crossing state) first, two, three, four locking bolts, first, two tapered ends can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts, 3rd, four tapered ends can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, two of the structure of four locking bolts is: be provided with the 5th, six, seven, eight motors, 5th, six, seven, the power one_to_one corresponding of eight motors is output in first, two, three, four tapered ends, first, two, three, four tapered ends can accept the 5th, six, seven, the power of eight motors and produce axially-movable, lock core is provided with electric contact, electric contact controls the 5th, six, seven, the action of eight motors, how to control as current techique, this example no longer describes in detail.Certainly go back other much similar structures, this example no longer describes in detail.
As a further improvement on the present invention, described first, two crossbeam one end close to each other be also provided with symmetrical distributions and centered by handle center first, two arc-shaped holes, this is first years old, two arc-shaped holes are respectively with vertical first, first of two crossbeam axis, two bar holes communicate away from one end of handle, (because the protruding end pivot joint of handle cam is inserted in first, in two bar holes, when the protruding end of handle cam is positioned at first, first of two crossbeams, two arc-shaped holes and first, during two positions, bar hole boundary, first, two crossbeams are critical condition that is first, two, three, four locking bolts are locked state, when handle cam rotates to first crossbeam side, its protruding end slides along the first arc-shaped hole of first crossbeam, first crossbeam does not move, and now protruding end slides along the second bar hole section of second cross beam, and second cross beam horizontal direction moves, with should handle cam rotate to second cross beam direction time, second cross beam is motionless, and first crossbeam horizontal direction moves, and first, the motion of two crossbeams controls first again, two locking bolts and the 3rd, the motion of four locking bolts, so just achieves first, (when opening) the 3rd during two locking bolt axially-movables, four locking bolts remain static (i.e. locked state), when the 3rd, (when opening) first during four locking bolt axially-movables, two locking bolts remain static (i.e. locked state).
As a further improvement on the present invention, first and second crossbeam described mutually away from one end be connected with at least one extension spring one end respectively, the extension spring other end is connected with chamber door left and right sides respectively, extension spring ensures that crossbeam is in the position away from handle all the time when not being subject to External Force Acting, namely first, second, third and fourth locking bolt stretches into the state in casing position all the time, namely realize automatically reseting the state of locking a door after strongbox opens the door, prevent from closing and forget strongbox door lock to rise behind the door and cause the situation of valuable goods loss to occur.
The invention has the beneficial effects as follows: the invention enables safe door while the left and right opening and closing of easy and convenient conversion position, achieve the function of horizontal stroke, vertical locking bolt cross lock before stretching into safe body, the pick-proof performance of vertical bolt is not only made greatly to improve and after horizontal, vertical bolt combines closely, the pick-proof performance of overall bolt head is also improved, enhance the safety of strongbox, thus make strongbox use convenient, safety.
Accompanying drawing explanation
Fig. 1 is first, second, third and fourth locking bolt motion structure schematic diagram;
Fig. 2 is first, second, third and fourth tapered end motion structure schematic diagram.
Detailed description of the invention
Embodiment: a kind of left-right two-way open strongbox, comprise casing 1 and chamber door 2, chamber door 2 is provided with first, two, three, four locking bolts 21, 22, 23, 24, first, two locking bolts 21, 22 sides being located at chamber door 2, the 3rd, four locking bolts 23, 24 opposite sides being located at chamber door 2, first, two locking bolts 21, 22 along its axial direction is set in distance (can disalignment), the 3rd, four locking bolts 23, 24 along its axial direction is set in distance (can disalignment), first, two, three, four locking bolts 21, 22, 23, 24 axially all can move freely along it, and first, two locking bolts 21, corresponding casing position can be stretched into simultaneously and emerge in 22 two ends dorsad, and the 3rd, four locking bolts 23, corresponding casing position can be stretched into simultaneously and emerge in 24 two ends dorsad, and first, two locking bolts 21, 22 two ends and the 3rd dorsad, four locking bolts 23, 24 two ends dorsad alternatively emerge in corresponding casing position, and chamber door 2 is also provided with first, two, three, four tapered ends 25, 26, 27, 28, first, two, three, four tapered ends 25, 26, 27, 28 axially all can move freely along it, and first, two, three, four tapered ends 25, 26, 27, 28 respectively one_to_one corresponding intersect at first, two, three, four locking bolts 21, 22, 23, 24, first, two tapered ends 25, 26 can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts 21, 22 and the casing position (thus realizing cross lock) of correspondence, the 3rd, four tapered ends 27, 28 can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts 23, 24 and the casing position (thus realizing cross lock) of correspondence, when first, two locking bolts 21, 22 and the 3rd, four locking bolts 23, when 24 alternativelies depart from corresponding casing position, chamber door 2, in opening, can open the door or right side enabling in left side, and first, two, three, four locking bolts 21, 22, 23, when corresponding casing position is all stretched at 24 two ends dorsad, chamber door 2 in lock-out state, meanwhile, when first, two tapered ends 25, 26 correspondences stretch into first, two locking bolts 21, 22 and the casing position of correspondence time, first, two locking bolts 21, the 22 inevitable casing positions also stretching into correspondence, when the 3rd, four tapered ends 27, 28 correspondences stretch into the 3rd, four locking bolts 23, 24 and the casing position of correspondence time, the 3rd, four locking bolts 23, 24 also must stretch into corresponding casing position.
Described first, two locking bolts 21, corresponding casing position can be stretched into simultaneously and emerge in 22 two ends dorsad, and the 3rd, four locking bolts 23, corresponding casing position can be stretched into simultaneously and emerge in 24 two ends dorsad, and first, two locking bolts 21, 22 two ends and the 3rd dorsad, four locking bolts 23, 24 two ends dorsad alternatively emerge in one of the structure at corresponding casing position: be provided with first, two, three, double leval jib 31, 32, 33, 34 and first, two crossbeams 41, 42, first, two, three, double leval jib 31, 32, 33, the axial length of 34 is equal, and first, two crossbeams 41, the axial length of 42 is equal, and first, two crossbeams 41, 42 can along its axial free movement, the handle 5, first of pivot joint cam type on chamber door 2, two crossbeams 41, 42 one end close to each other are respectively equipped with first, two bar holes 43, 44, first, two bar holes 43, the length direction of 44 and first, two crossbeams 41, the axis of 42 is vertical, and first, two bar holes 43, 44 overlap, and the protruding end activity orientation of handle 5 is in described first, two bar holes 43, in 44, protruding end is made to promote first by the rotation of handle 5, two crossbeams 41, 42 can along its axial free movement, and the protruding end of handle 5 is along first, two bar holes 43, the length direction of 44 moves, first, two crossbeams 41, 42 other ends mutually deviated from form bending, first, two connecting rods 31, 32 location, one end close to each other slide on the folding surface (namely first of the other end of first crossbeam 41, two connecting rods 31, 32 one end close to each other slidably can not be deviate from the other end folding surface of first crossbeam 41), the 3rd, double leval jib 33, 34 location, one end close to each other slide on first, two crossbeams 41, the folding surface of 42 other ends, first, two connecting rods 31, 32 mutually away from one end locate slip first respectively, two locking bolts 21, 22 end faces in opposite directions, the 3rd, double leval jib 33, 34 mutually away from one end locate slip the 3rd respectively, four locking bolts 23, 24 end faces in opposite directions (realizing by T-slot), first, two, three, double leval jib 31, 32, 33, pivoting point (by pin activity orientation in chamber door 2) is formed in the middle of 34, when such cam type handle 5 rotates, first, two crossbeams 41, 42 can occur along its axially-movable, understand pushing tow or pull first, two, three, double leval jib 31, 32, 33, 34 one end close to each other, and make first, two, three, double leval jib 31, 32, 33, 34 rotate, thus first, two, three, double leval jib 31, 32, 33, 34 mutually away from one_to_one corresponding location, one end slide on first, two, three, four locking bolts 21, 22, 23, 24 end faces in opposite directions, thus drive first, two, three, four locking bolts 21, 22, 23, 24 there is moving along its axis, first, two locking bolts 21, 22 and the 3rd, four locking bolts 23, the direction of motion of 24 just contrary (always opposite action during unlatching, the side locking bolt as rotating shaft more to go deep in casing 1 a bit), realizes left or right open function, also has similar structures as first, two, three, double leval jib 31, 32, 33, 34 mutual one end one_to_one corresponding are dorsad articulated in first, two, three, four locking bolts 21, 22, 23, 24 mutually close one end, first, two crossbeams 41, 42 sides mutually deviated from are articulated in first respectively, two, three, double leval jib 31, 32, 33, one end close to each other of 34, first, two, three, double leval jib 31, 32, 33, the middle part of 34 forms moveable pivoting point, and the frame for movement that can realize this motion also has a lot, just no longer introduces in detail one by one herein.
Described handle 5 is positioned at the horizontal centre position of safe body 1.
Described first, two locking bolts 21, corresponding casing position can be stretched into simultaneously and emerge in 22 two ends dorsad, 3rd, four locking bolts 23, corresponding casing position can be stretched into simultaneously and emerge in 24 two ends dorsad, and first, two locking bolts 21, 22 two ends and the 3rd dorsad, four locking bolts 23, 24 two ends dorsad alternatively emerge in two of the structure at corresponding casing position: establish first, two, three, four motors, first, two, three, the power of four motors is output in first respectively, two, three, four locking bolts 21, 22, 23, 24, first, two, three, four locking bolts 21, 22, 23, 24 can accept first, two, three, the power of four motors and produce axially-movable, be provided with a control device (being generally located on chamber door 2), control device controls first, two, three, the action of four motors, first, two motors and the 3rd, the action of four motors is just contrary, certainly other much similar structures are gone back, this example no longer describes in detail.
Described chamber door 2 is provided with first, two, three, four tapered ends 25, 26, 27, 28, first, two, three, four tapered ends 25, 26, 27, 28 axially all can move freely along it, and first, two, three, four tapered ends 25, 26, 27, 28 respectively one_to_one corresponding intersect at first, two, three, four locking bolts 21, 22, 23, 24 (general is best in square crossing state), first, two tapered ends 25, 26 can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts 21, 22 and the casing position of correspondence, the 3rd, four tapered ends 27, 28 can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts 23, 24 and one of the structure at casing position of correspondence be: be provided with one and can follow the adjustable plate 7 that lock core 6 rotates, lock core 6 is located at the middle part of adjustable plate 7, and adjustable plate 7 two ends can drive first, two connecting rods 81, do to move along the rightabout of its axis in 82 one end, above-mentioned motion is current techique, as first, two connecting rods 81, bar hole is established in 82 one end close to each other, and the reference column at adjustable plate 7 two ends is movable to be respectively inserted in corresponding bar hole, and lock core 6 drives adjustable plate 7 to rotate, and the reference column of adjustable plate 7 is along first, two connecting rods 81, the bar hole motion of 82, also just with first, two connecting rods 81, 82 along its axial relative motion, and head rod 81 other end is that bifurcated one_to_one corresponding is connected first, two tapered ends 25, 26, second connecting rod 82 other end is that bifurcated correspondence is connected the 3rd, four tapered ends 27, 28, rotational lock core 6 after insertion key, lock core 6 drives adjustable plate 7 to rotate, thus drives first, two connecting rods 81, 82 make contrary or move toward one another, thus realize first, two, three, four tapered ends 25, 26, 27, 28 correspondences stretch into and deviate from first, two, three, four locking bolts 21, 22, 23, 24 and corresponding portion casing 1.
Described chamber door 2 is provided with first, two, three, four tapered ends 25, 26, 27, 28, first, two, three, four tapered ends 25, 26, 27, 28 axially all can move freely along it, and first, two, three, four tapered ends 25, 26, 27, 28 respectively one_to_one corresponding intersect at (general in square crossing state for best) first, two, three, four locking bolts 21, 22, 23, 24, first, two tapered ends 25, 26 can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts 21, 22, three, four tapered ends 27, 28 can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts 23, two of the structure of 24 is: be provided with the 5th, six, seven, eight motors, the 5th, six, seven, the power one_to_one corresponding of eight motors is output in first, two, three, four tapered ends 25, 26, 27, 28, first, two, three, four tapered ends 25, 26, 27, 28 can accept the 5th, six, seven, the power of eight motors and produce axially-movable, lock core 6 is provided with electric contact, and electric contact controls the 5th, six, seven, the action of eight motors, how to control as current techique, this example no longer describes in detail.Certainly go back other much similar structures, this example no longer describes in detail.
Described first, two crossbeams 41, 42 one end close to each other be also provided with symmetrical distributions and centered by handle 5 center first, two arc-shaped holes 45, 46, this is first years old, two arc-shaped holes 45, 46 respectively with vertical first, two crossbeams 41, first of 42 axis, two bar holes 43, 44 communicate, because the protruding end pivot joint of handle 5 cam is inserted in first away from one end of handle 5, two bar holes 43, in 44, when the protruding end of handle 5 cam is positioned at first, two crossbeams 41, 42 first, two arc-shaped holes 45, 46 and first, two bar holes 43, during 44 position, boundary, first, two crossbeams 41, 42 is critical condition that is first, two, three, four locking bolts 21, 22, 23, 24 are locked state, when handle 5 cam rotates to first crossbeam 41 side, its protruding end slides along the first arc-shaped hole of first crossbeam 41, first crossbeam 41 does not move, and now protruding end slides along the second bar hole section of second cross beam 42, and second cross beam 42 horizontal direction moves, with should handle 5 cam rotate to second cross beam 42 direction time, second cross beam 42 is motionless, and first crossbeam 41 horizontal direction moves, and first, two crossbeams 41, the motion of 42 controls first again, two locking bolts 21, 22 and the 3rd, four locking bolts 23, the motion of 24, so just achieves first, two locking bolts 21, (when opening) the 3rd during 22 axially-movable, four locking bolts 23, 24 remain static (i.e. locked state), when the 3rd, four locking bolts 23, (when opening) first during 24 axially-movable, two locking bolts 21, 22 remain static (i.e. locked state).
First and second crossbeam 41,42 described mutually away from one end be connected with at least one extension spring 9 one end respectively, extension spring 9 other end is connected with chamber door 2 left and right sides respectively.Extension spring 9 ensures that crossbeam is in the position away from handle 5 all the time when not being subject to External Force Acting, namely first, second, third and fourth locking bolt 21,22,23,24 stretches into the state in casing position all the time, namely realize automatically reseting the state of locking a door after strongbox opens the door, prevent from closing and forget safe door 2 to lock behind the door and cause the situation of valuable goods loss to occur.
Claims (8)
1. a left-right two-way open strongbox, comprises casing (1) and chamber door (2), it is characterized in that: chamber door (2) is provided with first, two, three, four locking bolts (21, 22, 23, 24), first, two locking bolts (21, 22) side of chamber door (2) is located at, the 3rd, four locking bolts (23, 24) opposite side of chamber door (2) is located at, first, two locking bolts (21, 22) be set in distance along on its axial direction, the 3rd, four locking bolts (23, 24) be set in distance along on its axial direction, first, two, three, four locking bolts (21, 22, 23, 24) axially all can move freely along it, first, two locking bolts (21, 22) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and the 3rd, four locking bolts (23, 24) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and first, two locking bolts (21, 22) two ends and the 3rd dorsad, four locking bolts (23, 24) two ends dorsad alternatively emerge in corresponding casing position, and (2) are also provided with first to chamber door, two, three, four tapered ends (25, 26, 27, 28), first, two, three, four tapered ends (25, 26, 27, 28) axially all can move freely along it, first, two, three, four tapered ends (25, 26, 27, 28) one_to_one corresponding intersects at first respectively, two, three, four locking bolts (21, 22, 23, 24), first, two tapered ends (25, 26) can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts (21, 22) the and the casing position of correspondence, the 3rd, four tapered ends (27, 28) can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts (23, 24) and the casing position of correspondence.
2. left-right two-way open strongbox according to claim 1, is characterized in that: described first, two locking bolts (21, 22) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and the 3rd, four locking bolts (23, 24) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and first, two locking bolts (21, 22) two ends and the 3rd dorsad, four locking bolts (23, 24) two ends dorsad alternatively emerge in one of the structure at corresponding casing position and are: be provided with first, two, three, double leval jib (31, 32, 33, 34) and the first, two crossbeams (41, 42), first, two, three, double leval jib (31, 32, 33, 34) axial length is equal, and first, two crossbeams (41, 42) axial length is equal, and first, two crossbeams (41, 42) can along its axial free movement, the handle (5) of the upper pivot joint cam type of chamber door (2), first, two crossbeams (41, 42) one end close to each other is respectively equipped with first, two bar holes (43, 44), first, two bar holes (43, 44) length direction and first, two crossbeams (41, 42) axis is vertical, and first, two bar holes (43, 44) overlap, the protruding end activity orientation of handle (5) is in described first, two bar holes (43, 44) in, first, two crossbeams (41, 42) other end mutually deviated from forms bending, and first, two connecting rods (31, 32) location, one end close to each other slides on the folding surface of the other end of first crossbeam (41), and the 3rd, double leval jib (33, 34) location, one end close to each other slides on first, two crossbeams (41, 42) folding surface of the other end, first, two connecting rods (31, 32) mutually away from one end locate slip first respectively, two locking bolts (21, 22) end face in opposite directions, the 3rd, double leval jib (33, 34) mutually away from one end locate slip the 3rd respectively, four locking bolts (23, 24) end face in opposite directions, first, two, three, double leval jib (31, 32, 33, 34) pivoting point is formed in the middle of.
3. left-right two-way open strongbox according to claim 2, is characterized in that: described handle (5) is positioned at the horizontal centre position of safe body (1).
4. left-right two-way open strongbox according to claim 1, is characterized in that: described first, two locking bolts (21, 22) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and the 3rd, four locking bolts (23, 24) corresponding casing position can be stretched into simultaneously and emerge in two ends dorsad, and first, two locking bolts (21, 22) two ends and the 3rd dorsad, four locking bolts (23, 24) two ends dorsad alternatively emerge in two of the structure at corresponding casing position and are: establish first, two, three, four motors, first, two, three, the power of four motors is output in first respectively, two, three, four locking bolts (21, 22, 23, 24), first, two, three, four locking bolts (21, 22, 23, 24) first can be accepted, two, three, the power of four motors and produce axially-movable, be provided with a control device, control device controls first, two, three, the action of four motors, first, two motors and the 3rd, the action of four motors is just contrary.
5. left-right two-way open strongbox according to claim 1, is characterized in that: chamber door (2) is provided with first, two, three, four tapered ends (25, 26, 27, 28), first, two, three, four tapered ends (25, 26, 27, 28) axially all can move freely along it, first, two, three, four tapered ends (25, 26, 27, 28) one_to_one corresponding intersects at first respectively, two, three, four locking bolts (21, 22, 23, 24), first, two tapered ends (25, 26) can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts (21, 22) the and the casing position of correspondence, the 3rd, four tapered ends (27, 28) can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts (23, 24) and one of the structure at the casing position of correspondence be: be provided with one and can follow the adjustable plate (7) that lock core (6) rotates, lock core (6) is located at the middle part of adjustable plate (7), and adjustable plate (7) two ends can drive first, two connecting rods (81, 82) do to move along the rightabout of its axis in one end, and head rod (81) other end is that bifurcated one_to_one corresponding is connected first, two tapered ends (25, 26), the second connecting rod (82) other end is that bifurcated correspondence is connected the 3rd, four tapered ends (27, 28).
6. left-right two-way open strongbox according to claim 1, is characterized in that: chamber door (2) is provided with first, two, three, four tapered ends (25, 26, 27, 28), first, two, three, four tapered ends (25, 26, 27, 28) axially all can move freely along it, first, two, three, four tapered ends (25, 26, 27, 28) one_to_one corresponding intersects at first respectively, two, three, four locking bolts (21, 22, 23, 24), first, two tapered ends (25, 26) can stretch into simultaneously and emerge in first by one_to_one corresponding, two locking bolts (21, 22) the, the 3rd, four tapered ends (27, 28) can stretch into simultaneously and emerge in the 3rd by one_to_one corresponding, four locking bolts (23, 24) two of structure is: be provided with the 5th, six, seven, eight motors, the 5th, six, seven, the power one_to_one corresponding of eight motors is output in first, two, three, four tapered ends (25, 26, 27, 28), first, two, three, four tapered ends (25, 26, 27, 28) the 5th can be accepted, six, seven, the power of eight motors and produce axially-movable, lock core (6) is provided with electric contact, and electric contact controls the 5th, six, seven, the action of eight motors.
7. left-right two-way open strongbox according to claim 2, it is characterized in that: first and second crossbeam described (41,42) one end close to each other is also provided with symmetrical distributions and first and second arc-shaped hole (45,46) centered by handle (5) center, axial with first and second crossbeam vertical (41,42) respectively first and second bar hole (43,44) of this first and second arc-shaped hole (45,46) communicates away from one end of handle (5).
8. left-right two-way open strongbox according to claim 2, it is characterized in that: first and second crossbeam described (41,42) mutually away from one end be connected with at least one extension spring (9) one end respectively, extension spring (9) other end is connected with chamber door (2) left and right sides respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010192748.8A CN102268950B (en) | 2010-06-03 | 2010-06-03 | Strong box capable of being opened from either left or right |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010192748.8A CN102268950B (en) | 2010-06-03 | 2010-06-03 | Strong box capable of being opened from either left or right |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102268950A CN102268950A (en) | 2011-12-07 |
| CN102268950B true CN102268950B (en) | 2015-05-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010192748.8A Expired - Fee Related CN102268950B (en) | 2010-06-03 | 2010-06-03 | Strong box capable of being opened from either left or right |
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| CN (1) | CN102268950B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109184451B (en) * | 2018-08-21 | 2020-03-10 | 湖州科力电脑有限公司 | Safe strenghthened type safe deposit box |
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|---|---|---|---|---|
| CN2486697Y (en) * | 2001-07-23 | 2002-04-17 | 谌国义 | Double open anti-pick door |
| WO2005111353A1 (en) * | 2004-05-13 | 2005-11-24 | Darren John Mckercher | Sequential closing system for safety storage cabinets |
| CN101205782A (en) * | 2006-12-20 | 2008-06-25 | Ncr公司 | Reversible safe door |
| CN201381698Y (en) * | 2009-04-02 | 2010-01-13 | 宁波永发电子设备有限公司 | Four-surface bolting mechanism for safe doors |
| CN201416343Y (en) * | 2009-06-12 | 2010-03-03 | 宁波永发集团有限公司 | Safe convenient to open |
| CN201705109U (en) * | 2010-06-03 | 2011-01-12 | 宁波永发集团有限公司 | Left-right two-way open safe box |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005042499A (en) * | 2003-07-25 | 2005-02-17 | Takigen Mfg Co Ltd | Double swinging mechanism of door |
-
2010
- 2010-06-03 CN CN201010192748.8A patent/CN102268950B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2486697Y (en) * | 2001-07-23 | 2002-04-17 | 谌国义 | Double open anti-pick door |
| WO2005111353A1 (en) * | 2004-05-13 | 2005-11-24 | Darren John Mckercher | Sequential closing system for safety storage cabinets |
| CN101205782A (en) * | 2006-12-20 | 2008-06-25 | Ncr公司 | Reversible safe door |
| CN201381698Y (en) * | 2009-04-02 | 2010-01-13 | 宁波永发电子设备有限公司 | Four-surface bolting mechanism for safe doors |
| CN201416343Y (en) * | 2009-06-12 | 2010-03-03 | 宁波永发集团有限公司 | Safe convenient to open |
| CN201705109U (en) * | 2010-06-03 | 2011-01-12 | 宁波永发集团有限公司 | Left-right two-way open safe box |
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| Publication number | Publication date |
|---|---|
| CN102268950A (en) | 2011-12-07 |
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Effective date of registration: 20170217 Address after: Beilun Zhejiang Dagan dam head 315800 west city of Ningbo Province, No. 321 Patentee after: Ningbo Yongfa Intelligent Security Technology Co. Ltd. Address before: Bai Feng Zhen Beilun District 315813 Zhejiang province Ningbo Xingfeng Road No. 16 Patentee before: Yongfa Group Co., Ltd., Ningbo |
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