CN217631965U - Novel sliding door type safe and door plate structure - Google Patents

Abstract

The utility model discloses a novel sliding door formula safe deposit box and door plant structure, including the cabinet body, door plant and baffle, the baffle is rotationally installed at cabinet body opening part, the door plant can make the door plant to move up to one side lead smooth device install on the baffle through a plurality of, the door plant upper end is equipped with the movable door lintel through the hinge level that can reset for the movable door lintel can overturn from top to bottom, the door plant with be equipped with a locking structure between the baffle, a locking structure is used for controlling the upper and lower upset of movable door lintel. The technical purpose of the utility model is to provide a novel move gate-type safe deposit box and door plant structure, innovate safe deposit box handle shape, increase safe deposit box use scene, through improving door plant moving means, combine door plant and hasp, reinforcing theftproof effect.

Description

Novel sliding door type safe and door plate structure

Technical Field

The utility model relates to a safe deposit box specifically is novel move gate-type safe deposit box and door plant structure.

Background

With the improvement of living standard of people, various safe box products are more applied to the life of people, but most of the products are too heavy in color at present, and the existing safe box which can be used for special important ceremony occasions has less design. In the aspect of locking of a safe cabinet, at present, most of latches behind door plates are inserted into door frames to realize theft prevention, the locking surface between a latch head and a latch hole occupies a small area relative to the whole door plate, the locking mode has poor damage prevention performance, and the safety performance of the safe cabinet is not high.

Disclosure of Invention

To the problem that exists, the technical purpose of the utility model is to provide a novel move gate-type safe deposit box and door plant structure.

In order to achieve the above object, the following technical solutions are proposed:

the novel sliding door type safe case in the technical scheme comprises a case body, a door plate and a guide plate, one upper portion and the lower portion of the case body, which are close to the door plate, are respectively provided with a fixed column, the guide plate is hinged to the fixed column, the upper portion and the lower portion of the fixed column form a longitudinal rotating shaft, the guide plate can rotate around the fixed column, the upper end of the door plate is provided with a movable door head through a resettable hinge level, so that the movable door head can overturn up and down around the rotating shaft of the hinge, a mechanism box is arranged on the door plate, the door plate and a first locking structure and a second locking structure are arranged between the guide plate, the door plate and a plurality of sliding guide devices for controlling the moving direction of the door plate are arranged between the guide plate and the guide plate, and the sliding guide devices ensure the movement of the door plate while keeping the stability between the guide plate and the door plate. The spring device has the advantages that the door plate stops moving when the door plate is opened, the spring can retract when the door plate moves to the closed state, and force for moving the door plate is saved.

Preferably, in the above technical scheme, the cabinet body is provided with an outer door frame around one side provided with the door panel, the cabinet body is provided with an L-shaped inner door frame on the inner bottom surface and the side surface of the outer door frame, the longitudinal portion of the inner door frame is arranged on one side opposite to the fixed column, the transverse portion of the inner door frame is arranged on the bottom surface of the cabinet body, the plane where the inner door frame is located is parallel to the plane where the outer door frame is located, the inner door frame and the outer door frame are arranged at intervals to form a door panel clamping groove, and the door panel is movably arranged in the door panel clamping groove.

Preferably, in the technical scheme, the inner door frame, namely the transverse part of the inner door frame, positioned at the bottom of the cabinet body is as high as the outer door frame, and the inner door frame, namely the longitudinal part of the inner door frame, positioned on the side wall of the cabinet body is lower than the lowest position of the movable door head after being turned downwards.

Preferentially among the above-mentioned technical scheme, a locking structure includes the lock, the lock is worn to establish on the door plant, the one end at the auto-lock plectrum is connected to the lock, the other end of auto-lock plectrum articulates in the bottom of a lock post, a lock post passes the support of fixing on the door plant, be equipped with a fender ring on a lock post, and keep off the ring and be located a support top No. one, keep off the ring with be equipped with the cover between the support and establish a reset spring on a lock post, a reset spring both ends respectively with a fender ring with a support butt.

Preferentially among the above-mentioned technical scheme, be equipped with spacing box on the baffle, both sides wall middle part position is equipped with the stopper No. one in the spacing box, it is equipped with the baffle to lie in No. one the stopper below in the spacing box, no. two lock posts of baffle upper surface connection, no. two lock posts pass spacing box upper end, a lock post can stretch into to the space of the baffle below of spacing box.

According to the technical scheme, preferentially, the right part of the guide plate extends into the mechanism box through an opening formed in the middle of the left side of the mechanism box, a horizontal limiting plate is arranged above the mechanism box, a lock cylinder inlet hole capable of enabling a second lock cylinder to extend is formed in the limiting plate, a cross rod capable of moving up and down is arranged between the limiting plate and the top of the mechanism box, when the safe is in a locking state, the upper end of the second lock cylinder extends into the limiting plate from the lock cylinder inlet hole and is abutted against the space in the top of the mechanism box and the bottom of the cross plate, at least two third lock cylinders are arranged on the cross rod and penetrate through the top of the mechanism box respectively and are abutted against the movable door head, and the turnover of the movable door head is controlled.

Preferentially among the above-mentioned technical scheme, no. two locking structure include emergent lock, no. two stoppers and No. two supports, emergent lock all locates on the door plant with No. two stoppers, emergent lock connects the one end of emergent plectrum, no. two supports are located on the baffle, be equipped with the post of inhaling that the electro-magnet that passes No. two support tops and bottom and No. two supports is connected in No. two supports, the electro-magnet is located in No. two supports and can inhale the post through magnetic control and remove, be equipped with No. two on the post and keep off the ring, no. two keep off the ring with be equipped with the cover between No. two supports and establish No. two reset spring on inhaling the post, no. two reset spring's both ends respectively with No. two supports and No. two fender ring looks butt, no. two stoppers cooperate with inhaling the post. The second locking structure is a conventional technology and can be replaced by other locking modes, but the working principle in the utility model is the same no matter what locking mode is adopted.

Preferentially among the above-mentioned technical scheme, it has four to lead smooth device, lead smooth device including locating the spout of leading on the baffle, lead the spout divide horizontal part and with the slant part of horizontal part intercommunication, be equipped with the tooth's socket that is located spout below on the baffle, the tooth's socket moves towards along leading the spout and arranges, the tooth's socket both ends are equipped with No. two limiting plates that are fixed in on the baffle respectively, it passes the spout and is fixed in the fixed axle on the door plant to be equipped with one in the spout of leading, rotationally be equipped with the gear on the fixed axle, the gear cooperation is installed in the tooth's socket. The sliding guide device can enable the door plate and the guide plate to slide relatively and stably according to the required sliding direction, and other prior arts can be adopted to achieve the sliding purpose.

Preferably, in the technical scheme, a plurality of spring devices located in the mechanism box are arranged between the door plate and the guide plate, the number of the spring devices can be four, each spring device comprises a first fixing stud, a spring and a second fixing stud, the spring devices are installed at the joint of the edge of the guide plate (3) located in the mechanism box and the door plate, one end of the spring is installed on the guide plate through the first fixing stud, the other end of the spring is installed on the door plate through the second fixing stud, and the inclined direction of the spring and the inclined part of the guide chute is consistent. The installation position of the spring device is arranged in the mechanism box, and the door plate is arranged at the lower end of the edge of the guide plate, so that the spring device can play a role of stopping movement while saving labor.

Preferentially in the above technical scheme, the door plant outside is equipped with the heart shape handle that can divide into two halves, be equipped with behind the heart shape handle with lock phase complex key. This design multiplicable safe deposit box's use scene carries out the heart type handle of safe deposit box opening door and divides into two, when opening the use, inserts female handle portion with public handle portion, reaches the effect that unites two into one, inserts the key hole on the cabinet with heart type handle after the equipment, connects the locking structure in the door plant and opens the safe deposit box.

Preferentially among the above-mentioned technical scheme, novel door plant structure of door formula safe deposit box moves in this technical scheme, including door plant and baffle, the door plant can make the door plant oblique upward movement lead smooth device and install on the baffle through a plurality of, the door plant upper end is equipped with movable lintel through hinge level that can resettable for movable lintel can overturn from top to bottom, the door plant with be equipped with a locking structure between the baffle, a locking structure is used for controlling movable lintel's upset from top to bottom.

Since the technical scheme is used, the beneficial effects of the utility model include at least:

the utility model is characterized in that the door plate is clamped into the door frame, and whether the door plate can be opened is determined by whether the door plate is clamped into the door plate clamping groove, thus changing the locking mode of the existing safe case by taking the bolt head and the bolt hole as the locking structure, and additionally installing the bolt latch while changing the door plate into the bolt latch to realize multiple locking; in the process of closing the safe, the door plate can move downwards and leftwards at the same time, so that the door plate can be embedded in three directions.

Drawings

FIG. 1 is a sectional view of the door of the present invention in a closed state;

fig. 2 is a schematic view of the door closing state of the present invention;

FIG. 3 is an assembled rear view of the door panel and guide plate in an emergency state of the present invention;

FIG. 4 is a schematic view of the inner door frame of the present invention in a closed state;

FIG. 5 is a top sectional view of the door of the present invention in the open state;

FIG. 6 is a schematic view of part A;

FIG. 7 is a schematic view of a guide plate;

fig. 8 is a perspective view of the cabinet body of the present invention;

FIG. 9 is a schematic view of the heart-shaped handle of the present invention;

FIG. 10 is a side view of the heart-shaped handle of the present invention;

in the figure: 1-cabinet body, 2-door panel, 3-guide plate, 4-mechanism box, 5-first locking structure, 501-third locking column, 502-cross bar, 503-second locking column, 504-limit box, 505-baffle, 506-first baffle ring, 507-first reset spring, 508-first bracket, 509-first locking column, 510-lock, 511-self-locking shifting piece, 512-first limit block, 513-first limit plate, 6-slide guide device, 601-slide guide groove, 602-fixed shaft, 603-tooth space, 604-second limit plate, 605-gear, 7-spring device, 701-first fixed stud, 702-spring, second fixed stud, 8-second locking structure, 801-emergency lock, 802-second limit block, 803-emergency shifting piece, 804-second baffle ring, 805-second bracket, 806-second reset spring, 807-suction column, 9-clamping groove, 10-hinge, 11-movable fixed column, 12-door panel, 13-second baffle ring, door frame, 13-second handle, door frame, and 16-inlet hole.

Detailed Description

To make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solutions in the embodiments, and the following embodiments are used for illustrating the present invention, but do not limit the scope of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "front", "rear", "left", "right", "vertical", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.

The present invention will be described in detail with reference to the accompanying drawings.

The novel sliding door type safe case as shown in fig. 1-7 comprises a cabinet body 1, a door panel 2 and a guide plate 3, wherein the upper part and the lower part of one side of the cabinet body 1, which are close to the door panel, are respectively provided with a fixed column 12, the guide plate 3 is hinged and mounted on the fixed column 12, the fixed column 12 at the upper part and the lower part form a longitudinal rotating shaft, the guide plate 3 can rotate around the fixed column 12, the upper end of the door panel 2 is horizontally provided with a movable door head 11 through a resettable hinge 9, so that the movable door head 11 can be turned over up and down around the rotating shaft of the hinge 9, the door panel 2 is provided with a mechanism box 4, a first locking structure 5 and a second locking structure 8 are arranged between the door panel 2 and the guide plate 3, a plurality of sliding guide devices 6 for controlling the moving direction of the door panel 2 are arranged between the door panel 2 and the guide plate 3, the sliding guide device guarantees the movement of the door panel while maintaining the stability between the door panel and the door panel, and the spring device plays a role in stopping the movement of the door panel when the door panel is opened, and on the other hand, the spring can generate a retraction effect when the door panel is moved to a closed state, thereby saving the force for the movement.

In order to better implement the utility model, one of them, cabinet body 1 is equipped with outer door frame 16 all around in the one side that is equipped with door plant 2, and cabinet body 1 is located the inboard bottom surface and the side of outer door frame 16 and is equipped with the interior door frame 15 of L type, interior door frame 15 longitudinal portion is located one side for fixed column 12, and the horizontal part of interior door frame 15 is located the bottom surface of cabinet body 1, and interior door frame 15 place plane is parallel with outer door frame 16 place plane, interior door frame 15 with outer door frame 15 interval sets up and forms door plant draw-in groove 10, the movably installation of door plant 2 is in door plant draw-in groove 10.

In order to better implement the utility model, one of the two parts is that the inner door frame 15 positioned at the bottom of the cabinet body 1, namely the transverse part of the inner door frame 15, is as high as the outer door frame 16; the inner frame 15 located on the side wall of the cabinet 1, i.e. the longitudinal portion of the inner frame 15, is lower than the lowest position of the movable lintel 11 after it is turned downwards.

In order to implement this utility model better, one of them, locking structure 5 includes lock 510, lock 510 wears to establish on door plant 2, lock 510 connects the one end at auto-lock plectrum 511, the other end of auto-lock plectrum 511 articulates in the bottom of a lock post 509, a lock post 509 passes the support 508 of fixing on door plant 2, be equipped with a fender ring 506 on a lock post 509, and keep off ring 506 and be located a support 508 top, a fender ring 506 with be equipped with between the support 508 and establish a reset spring 507 on a lock post 509 by the cover, a reset spring 507 both ends respectively with keep off ring 506 with a support 508 butt.

In order to implement this utility model better, one of them, be equipped with spacing box 504 on the baffle 3, both sides wall middle part position is equipped with stopper 512 in the spacing box 504, it is equipped with baffle 505 to be located a stopper 512 below in the spacing box 504, surface connection is No. two lock posts 503 on the baffle 505, no. two lock posts 503 pass spacing box 504 upper end, a lock post 509 can stretch into to the space of the baffle 505 below of spacing box 504.

In order to implement this utility model better, one of them, the opening that 3 right sides parts of baffle were equipped with through 4 left sides middle parts of mechanism box stretches into to the mechanism box 4 in, 4 tops of mechanism box are equipped with a horizontally limiting plate 513, be equipped with the lock post manhole 13 that can make No. two lock posts 503 stretch into on the limiting plate 513, be equipped with the horizontal pole 502 that can reciprocate between a limiting plate 513 and the 4 tops of mechanism box, when the safe deposit box is under the locking state, no. two lock post upper ends are stretched into a limiting plate and mechanism box top inner space and diaphragm bottom looks butt from the lock post manhole, be equipped with two piece at least No. three lock posts 501 on the horizontal pole 502, no. three lock posts 501 run through mechanism box 4 tops respectively and offset with activity lintel 11, control activity lintel 11's upset.

In order to implement this utility model better, one of them, no. two locking structure 8 include emergent lock 801, no. two stopper 802 and No. two supports 805, emergent lock 801 all locates on door plant 2 with No. two stopper 802, emergent lock 801 is connected the one end of emergent plectrum 803, no. two supports 805 are located on baffle 3, be equipped with in No. two supports 805 and pass No. two supports 805 top and bottom and inhale the post 807 that the electro-magnet in No. two supports 805 is connected, the electro-magnet is located in No. two supports 805 and can inhale post 807 and remove through magnetic control, it keeps off the ring 804 to be equipped with No. two on inhaling the post 807, no. two keep off the ring 804 with be equipped with No. two reset spring 806 of cover on inhaling the post 807 between No. two supports 805, no. two reset spring 806's both ends respectively with No. two supports 805 and No. two fender ring 804 looks butt, no. two stopper 802 cooperatees with inhaling the post 807. The second locking structure is a conventional technology and can be replaced by other locking modes, but the working principle in the utility model is the same no matter what locking mode is adopted.

In order to better implement the utility model discloses one of them, it has four to lead smooth device 6, lead smooth device 6 including locating the spout 601 on the baffle 3, spout 601 divides horizontal part and the slant part that communicates with horizontal part, be equipped with the tooth's socket 603 that is located spout 601 below on the baffle 3, tooth's socket 603 is arranged along spout 601 trend, tooth's socket 603 both ends are equipped with No. two limiting plates 604 that are fixed in on the baffle 3 respectively, be equipped with one in the spout 601 and pass spout 601 and be fixed in the fixed axle 602 on the door plant 2, rotationally be equipped with gear 605 on the fixed axle 602, gear 605 cooperation is installed in tooth's socket 603. The sliding guide device can enable the door plate and the guide plate to relatively and stably slide according to the required sliding direction, and other prior arts can be adopted to achieve the sliding purpose.

In order to better implement the utility model, one of them, door plant 2 with be equipped with a plurality of spring assembly 7 that is located mechanism box 4 between the baffle 3, spring assembly 7 can have four, spring assembly 7 includes fixing stud 701, spring 702 and No. two fixing stud 703, spring assembly 7 is installed in the department that meets with door plant 2 at the baffle 3 edge that is located mechanism box 4, fixing stud 701 installs the one end of spring 702 on baffle 3, no. two fixing stud 703 install the other end of spring 702 on door plant 2, spring 702 is unanimous with the slant part incline direction of leading spout 601. The sliding guide device can enable the door plate and the guide plate to slide relatively and stably according to the required sliding direction, and other prior arts can be adopted to achieve the sliding purpose.

In order to better implement the utility model, as shown in fig. 8 to 10, a heart-shaped handle 14 which can be divided into two halves is arranged on the outer side of the door panel 2, and a key matched with the lock 510 is arranged behind the heart-shaped handle 14.

In order to implement this utility model better, one of them, as the door plant structure of the novel door formula safe deposit box that moves that fig. 2 shows, including door plant and baffle, the door plant can make the door plant move up to one side lead smooth device and install on the baffle through a plurality of, the door plant upper end is equipped with movable lintel through the hinge level that can reset for movable lintel can overturn from top to bottom, the door plant with be equipped with locking structure No. one between the baffle, locking structure No. one is used for controlling movable lintel's upset from top to bottom.

Based on foretell novel move gate-type safe deposit box, this utility model's theory of operation includes following step:

in this embodiment, the safe is initially in a locked state, a key of the safe is provided with a heart-shaped handle 14 formed by a male-female structure, the separated handles are combined and then inserted into a lock hole on the cabinet body 1, the handle is rotated, at this time, the lock 510 on the door panel 2 drives the self-locking shifting piece 511 to rotate, so that the first lock column 509 is pulled downwards, the first lock column 509 exits from the limiting box 504, the second lock column 503 loses the supporting function of the first lock column 509 below, the third lock column 501 loses the supporting function of the second lock column 503, and the movable lintel 11 above the door panel 2 is turned downwards through the rebounding function of the hinge 9, so that the third lock column 501 and the second lock column 503 descend.

The suction column 807 in the second locking structure 8 is retracted downward by the suction force of the electromagnet, taking fig. 3 as an example, at this time, the fixed shaft 602 on the door panel 2 is moved along the guide chute 601 in the left-up direction by the handle on the surface of the door panel 2, at this time, the gear 605 on the fixed shaft 602 rolls along the tooth groove 603, the limiting plates 604 at the two ends of the guide chute 601 limit the final moving position of the gear 605, that is, the fixed shaft 602 is located at the transverse portion of the guide chute 601 when the door panel 2 is in the openable state.

After the first locking structure 5 and the second locking structure 8 are opened successively to present the state, the door panel 2 is moved by the handle in front of the door panel 2. When the safe is in the locked state, the spring 702 in the spring device 7 is in a stretched state, and as shown in fig. 3, when the fixed shaft 602 of the door panel 2 moves along the guide chute 601 to the transverse part of the guide chute 601, the spring 702 returns to the unstretched state; during this movement, the spring-back action of the spring 702 acts as a labor saving action for moving the door panel 2; when the spring 702 is in an unstretched state, it acts as a stop for the movement of the door panel 2. After the removal of process to door plant 2, both sides are located between the outer door frame 16 of the upper and lower both sides of the cabinet body 1 just about door plant 2, the side of door plant 2 on the relative one side of fixed column 12 also is located outer door frame 16 equally, make door plant 2 can follow and open between the outer door frame 16, its size adaptation is in outer door frame 16, because door plant 2 installs on baffle 3 through leading smooth device 6, opening door plant 2 in-process, baffle 3 uses fixed column 12 as the axis of rotation, rotate to the 1 opening outside of the cabinet body, thereby drive door plant 2 and baffle 3 and rotate together, thereby realize opening of safe deposit box.

The safe can be opened and locked by matching the movement of the door plate 2 with the locking structure. If the safe is closed to be in a locking state, the opening process is operated reversely. Through rotating door plant 2 to outer door frame 16 in, the door plant is moved to the figure 2 state from the state of figure 3 to the rethread door handle, door plant 2 is located door plant draw-in groove 10 this moment, produce certain clearance between movable lintel 11 and the outer door frame 16 of cabinet body top, door plant 2 both sides are located the outer door frame 16 inboard of cabinet body both sides, locking structure 5 and No. two locking structure 8 afterwards, make movable lintel 11 overturn door plant 2 tops under locking structure 5's effect, with the clearance packing that produces between door plant 2 and the outer door frame 16 of upside, door plant 2 also plays the effect of hasp this moment, make the leakproofness of safe deposit box stronger, reach the theftproof effect.

Since the second locking structure 8 can be a plurality of existing technologies capable of achieving the locking effect in this embodiment, an electronic lock is taken as an example here, when the second locking structure 8 is in an emergency state, the key of the emergency lock 801 can be matched with the emergency lock 801, the emergency poking piece 803 is rotated to the second retaining ring 804, and the second retaining ring 804 is pressed down, so that the absorbing column 807 moves downward, the second limiting block 802 can move along with the door panel 2, and the first locking structure 5 is opened at this time, so that the safe can be opened.

Although the present invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the present invention.

Claims (9)

1. Novel sliding door formula safe deposit box, its characterized in that, including the cabinet body (1), door plant (2) and baffle (3), baffle (3) are rotationally installed at the cabinet body (1) opening part, door plant (2) can make door plant (2) oblique rebound lead smooth device (6) and install on baffle (3) through a plurality of, door plant (2) upper end is equipped with movable lintel (11) through hinge (9) level that can reset for movable lintel (11) upset from top to bottom, door plant (2) with be equipped with locking structure (5) between baffle (3), locking structure (5) are used for controlling the upset from top to bottom of movable lintel (11).

2. The novel sliding door type safe according to claim 1, characterized in that an outer door frame (16) is arranged around one side of the cabinet body (1) provided with the door panel (2), the cabinet body (1) is provided with an L-shaped inner door frame (15) on the inner bottom surface and the side surface of the outer door frame (16), the longitudinal part of the inner door frame (15) is arranged on one side relative to the fixed column (12), the transverse part of the inner door frame (15) is arranged on the bottom surface of the cabinet body (1), the plane of the inner door frame (15) is parallel to the plane of the outer door frame (16), the inner door frame (15) and the outer door frame (16) are arranged at intervals to form a door panel clamping groove (10), the door panel (2) is movably arranged in the door panel clamping groove (10), the height of the inner door frame (15) on the bottom of the cabinet body (1) is the same as that of the outer door frame (16), and the inner door frame (15) on the side wall of the cabinet body (1) is lower than the lowest position of the movable door head (11) after being turned downwards.

3. The novel sliding door type safe case as claimed in claim 1, wherein the first locking structure (5) comprises a lock (510) and a limit box (504), the lock (510) is arranged on the door panel (2) in a penetrating way and is hinged with one end of the self-locking shifting sheet (511), the other end of the self-locking shifting sheet (511) is hinged at the bottom end of the first lock column (509), the first lock cylinder (509) penetrates through a first bracket (508) fixed on the door panel (2), a first retaining ring (506) is arranged on the first lock cylinder (509), a first retaining ring (506) is positioned above the first bracket (508), a first return spring (507) sleeved on the first lock column (509) is arranged between the first retaining ring (506) and the first bracket (508), two ends of the first return spring (507) are respectively abutted against the first retaining ring (506) and the first bracket (508), a first limit block (512) is arranged in the middle of the two side walls in the limit box (504), a baffle plate (505) is movably arranged between the first limit block (512) and the bottom of the limit box (504) in the limit box (504), the upper surface of the baffle (505) is connected with a second lock column (503), the second lock column (503) penetrates through the upper end of the limiting box (504), and the first lock column (509) can extend into the space below the baffle (505) of the limiting box (504).

4. The novel sliding door type safe box according to claim 1, wherein a mechanism box (4) is arranged on the back surface of the door plate (2), the right side part of the guide plate (3) extends into the mechanism box (4) through an opening formed in the middle of the left side of the mechanism box (4), a horizontal first limiting plate (513) is arranged above the mechanism box (4), a lock column inlet hole (13) which can enable a second lock column (503) to extend into the first limiting plate (513) is formed in the first limiting plate (513), a cross rod (502) capable of moving up and down is arranged between the first limiting plate (513) and the top of the mechanism box (4), at least two third lock columns (501) are arranged on the cross rod (502), and the third lock columns (501) respectively penetrate through the top of the mechanism box (4) and abut against the movable door lintel (11) to control the turnover of the movable door lintel (11).

5. The novel sliding door type safe case as claimed in claim 1, wherein a second locking structure (8) is arranged between the door panel (2) and the guide plate (3), the second locking structure (8) comprises an emergency lock (801), a second limiting block (802) and a second bracket (805), the emergency lock (801) and the second limiting block (802) are both arranged on the door panel (2), the second limiting block (802) is an L-shaped limiting block consisting of a transverse part and a vertical part, the emergency lock (801) is connected with one end of the emergency poking sheet (803), the second bracket (805) is arranged on the guide plate (3), the second bracket (805) is internally provided with an attraction column (807) which passes through the top of the second bracket (805) and the bottom end of which is connected with an electromagnet in the second bracket (805), the electromagnet is arranged in the second bracket (805) and can control the attraction column (807) to move up and down through magnetic force, a second stop ring (804) is arranged on the suction column (807), a second reset spring (806) sleeved on the suction column (807) is arranged between the second stop ring (804) and the second bracket (805), two ends of the second reset spring (806) are respectively abutted against the second bracket (805) and the second retaining ring (804), the vertical part of the second limiting block (802) is matched with the suction column (807) in a cabinet body locking state to limit the movement of the door panel (2).

6. The novel sliding door type safe according to claim 1, wherein four sliding guides (6) can be arranged, each sliding guide (6) comprises a sliding guide groove (601) arranged on the guide plate (3), each sliding guide groove (601) is divided into a transverse part and an oblique part communicated with the transverse part, a tooth groove (603) positioned below the corresponding sliding guide groove (601) is formed in the corresponding guide plate (3), the tooth grooves (603) are arranged along the direction of the corresponding sliding guide groove (601), two limiting plates (604) fixed on the corresponding guide plate (3) are respectively arranged at two ends of each tooth groove (603), a fixed shaft (602) penetrating through the corresponding sliding guide groove (601) and connected with the corresponding door panel (2) is arranged in each sliding guide groove (601), a gear (605) is rotatably arranged on the corresponding fixed shaft (602), the gear (605) is installed in the corresponding tooth groove (603) in a matched manner, and the corresponding door panel (2) can move along the corresponding sliding guide groove (601) through the connected fixed shaft (602).

7. The novel sliding door type safety box according to claim 1, wherein a plurality of spring devices (7) located in the mechanism box (4) are arranged between the door plate (2) and the guide plate (3), four spring devices (7) can be arranged, each spring device (7) comprises a first fixing stud (701), a spring (702) and a second fixing stud (703), the spring devices (7) are installed at the joint of the edge of the guide plate (3) located in the mechanism box (4) and the door plate (2), one end of the spring (702) is installed on the guide plate (3) through the first fixing stud (701), the other end of the spring (702) is installed on the door plate (2) through the second fixing stud (703), and the inclination directions of the spring (702) and the inclined part of the guide chute (601) are consistent.

8. The novel sliding door type safe case as claimed in claim 1, wherein a heart-shaped handle (14) which can be divided into two parts is arranged on the outer side of the door plate (2), and a key matched with the lock (510) is arranged behind the heart-shaped handle (14).

9. Novel door plant structure of sliding door formula safe deposit box, its characterized in that, including door plant (2) and baffle (3), door plant (2) can make door plant (2) oblique upward movement lead smooth device (6) and install on baffle (3) through a plurality of, door plant (2) upper end is equipped with movable lintel (11) through hinge (9) level that can reset for movable lintel (11) can overturn from top to bottom, door plant (2) with be equipped with locking structure (5) between baffle (3), locking structure (5) are used for controlling the upper and lower upset of movable lintel (11).

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