CN108798361A - Intelligent sliding door safety cabinet - Google Patents

Abstract

The invention discloses an intelligent sliding door safe. The intelligent sliding door safe comprises a box body. A door panel is arranged on the front of the box body. There is a master lock, the upper right side of the control panel is equipped with a status display area and a touch sensitive area, and the lower right side is equipped with a hidden sliding drawer, which can be retracted; the left side of the hidden sliding drawer is equipped with a number key area, and a password can be set in the number key area , There is a fingerprint head on the right side of the hidden sliding drawer, and the fingerprint head can collect fingerprints.

Description

Intelligent sliding door safe

technical field

The invention relates to the technology of an intelligent sliding door safe, in particular to functions such as easy sliding door locking, handle idling in normal state, multiple door bolt locking, intelligent opening and the like.

Background technique

Safes (boxes) etc. produced at present all lock the cabinet doors by bolts, and the ability to prevent damage is relatively poor. Existing safes mainly adopt conventional horizontal bolts and upper and lower bolts to lock the cabinet door to realize anti-theft, but the safety performance of safes is not high. The existing sliding door safe mainly realizes the sliding door function through the movement between the sliding column and the internal mechanism. This kind of mechanical movement has relatively large friction, and the matching gap is relatively large, and the gap between the upper and lower doors is not easy to control. At present, the existing fingerprint electronic locks are basically exposed, and dust, dust, and corrosive gases have a greater impact on them. At present, the handle of the existing safe is exposed and connected with the internal mechanism of the door body, which brings opportunities for thieves to open it and leaves a potential safety hazard. It is mainly used to replace the existing conventional door bolts and conventional mechanical and electronic safes. It is also suitable for security products such as vault doors, movable warehouses, movable vaults, anti-theft doors, and gun cabinets.

Traditional safes (boxes) are all made by turning a dial (mechanical password safe) and entering a digital password.

Contents of the invention

The object of the present invention is to provide an intelligent sliding door safe, the mechanism is designed to be flexible in transmission, easy to open, safer and more reliable.

The technical solution of the present invention is: an intelligent sliding door safe, which includes a box body, a door panel is provided on the front of the box body, a control panel is provided on the top of the door panel, and sliding covers are respectively provided on the left side of the control panel. There is a main lock under the sliding cover, a status display area and a touch-sensitive area on the upper right side of the control panel, and a hidden sliding drawer on the lower right side, which can be retracted; there is a digital key area on the left side of the hidden sliding drawer, and the digital key A password can be set in the area, and there is a fingerprint head on the right side of the hidden sliding drawer, which can collect fingerprints.

There are three round holes in the middle of the door panel, two upper and lower handle seat fixing holes and handle holes, two upper and lower studs on the reverse side of the middle of the door panel, and a lock plate at the middle rear of the door panel, and the studs pass through the two fixing holes on the left side of the lock plate One, fixed by nuts. The reverse side of the handle is provided with a rotating shaft, and the middle part of the rotating shaft is provided with a ring groove. The back of the handle is connected with a handle seat, with a through hole in the middle of the handle seat, and threaded holes on both sides, the handle rotation shaft passes through the middle through hole of the handle seat, and a retaining spring is arranged at the spring groove, and the handle seat passes through the handle hole on the door panel , there is a step on the left side of the lock plate, and there are two fixing holes 2 up and down. There is a bearing seat under the step, and there are two fixing holes 3 on the bearing seat. The upper and lower screws pass through the two fixing holes of the lock plate respectively. Two fixing holes of the bearing seat 3. The fixing holes of the two handle seats of the door panel are fixedly connected with the two threaded holes of the handle seat. There is a bearing hole in the inner direction of the bearing seat, a through hole in the inner center, a bearing is arranged inside the bearing hole, the inner ring of the bearing is closely connected with a gear, two square keys are arranged symmetrically in the inner hole of the gear, and three screws are fixed on the inner end surface of the gear. Holes, the ring groove in the middle of the rotating shaft is provided with a flat square column and a cylinder, the flat square column of the rotating shaft is connected with a clutch core, the outer end of the clutch core is provided with a flat square hole, and the inner end is provided with a round hole 1, and the clutch core can be moved along the Slide in and out on the turning shaft. A spring is arranged between the inner end face of the handle seat and the outer end face of the clutch core, and six key grooves are evenly arranged at the inner end of the clutch core, and the clutch core can be connected with two square keys of the gear in and out. There is a chute on the outside of the bearing seat, and a clutch rod is arranged in the chute. A round hole is arranged in the middle of the clutch rod. The round hole embraces the outer circle of the clutch core. There are two oblique bosses outside the clutch rod. There is a pin on the left exterior. There are four positioning holes and four installation and fixing holes in the middle of the lock plate. There is a motor fixing frame in the middle of the locking plate. There are four positioning columns and four mounting screw holes on the opposite side of the motor fixing frame. The column passes through the four positioning holes of the lock plate, and is fixed by four screws passing through the four installation fixing holes and the four installation screw holes. The motor fixing frame top is provided with vertical chute one, vertical chute two, and the middle part is provided with horizontal chute two, and the opposite side of clutch pull rod pin can slide left and right in horizontal chute two. The upper part of the motor fixing frame is provided with two hoop fixing screw holes, the lower part of the motor fixing frame is provided with two pressure plate fixing screw holes and four micro switch fixing screw holes, and the lower part of the motor fixing frame is fixed with four screws to fix the upper micro switch respectively and lower micro switch. The vertical chute 1 on the upper part of the motor fixing frame is equipped with a spring 2, and a mechanism stopper is arranged on it. There are two screw holes at the end of the connecting piece. A spring pressing piece is arranged on the upper part of the reverse side of the mechanism block, and a guiding block is arranged on the upper left side, and the guiding block moves up and down in the vertical chute two. The left and right sides of the lower part are equipped with an upper switch pressing piece and a lower switching pressing piece respectively, and a hoop is arranged on the top of the mechanism stopper, which is fixed in the fixing screw hole of the hoop by screws, and the inclined waist groove hoops the pull pin of the clutch pull rod, and the upper and lower sides of the mechanism stopper The movement drives the left and right movement of the clutch pull rod. The lower part of the mechanism stopper is provided with a pressure plate and screw fixed to the fixing screw hole of the pressure plate. The left side of the motor fixing frame is provided with a motor fixing lug, and there are three holes on the motor fixing lug. The left and right sides are motor installation holes, and the middle is the motor shaft. The left side of the motor fixing lug is provided with a motor, and the end face of the motor is provided with a mounting screw hole and a motor rotating shaft, and the motor is fixed on the motor fixing lug by screws. The end of the motor shaft is provided with a flat cylinder, the right end of the flat cylinder is connected with a motor dial, the center of the motor dial is provided with a flat hole, the side is provided with a screw fixing hole, the other end of the flat hole is provided with a dial pin, and the flat hole covers Hold the flat cylinder at the end of the motor's rotating shaft, and fix it with the screws on the side screw fixing holes. The two screw holes at the end of the connecting piece of the mechanism block are connected with the two connecting holes on the emergency pull rod below through screws. The waist-shaped chute is fixed with screws in the center. The lower part of the emergency pull rod is provided with a bending step.

The lower part of the door panel is provided with an emergency lock cover installation hole and an emergency lock hole. The emergency lock cover installation hole is connected to the emergency lock cover seat through the emergency lock cover foot. The emergency lock cover seat is equipped with a magnet inside, a lock hole in the middle, and a The positioning hole, the emergency escutcheon cover is also equipped with a magnet one, and the back is provided with a positioning post, the positioning post passes through the positioning hole, and the emergency escutcheon cover is fixed in the emergency lock cover seat through the magnet and the magnet one. There is an emergency lock under the cover, and an emergency lock plate is arranged inside the emergency lock, which can drive the emergency lock plate to rotate when the emergency lock is opened.

There is a bolt guide plate around the inside of the door panel, the upper bolt hole is set on the bolt guide plate, the lower bolt hole is set on the lower part, three right bolt holes and four fixed bolt holes are set on the left side, the bolt guide plate There is an "L"-shaped bolt fixing plate inside on the left side. There are eight bolt fixing holes on the side of the "L"-shaped bolt fixing plate. There are four fixing bolts in the four holes. The bolts are attached to the "L" shaped deadbolt fixing plate. The right side of the bolt guide plate is provided with a linear bearing seat fixing plate, and the linear bearing seat fixing plate is provided with three large holes, and four screw holes are arranged around each large hole. A flange linear bearing seat is arranged in each large hole, and the four counterbores on the flange linear bearing seat are fixed with the linear bearing seat fixing plate by screws. A rectangular hole is arranged at the lower part of the large hole in the middle.

There is a door frame on the front of the box, and a "P"-shaped left channel steel is provided on the left side of the inner surface of the door frame. There are four square holes on the side of the "P"-shaped left channel steel. The upper and lower sides of the inner surface are respectively equipped with upper and lower channel steel, and the upper and lower sides of the right side of the box are respectively provided with door hinge seats, and door hinge shaft holes are provided on the door hinge seats, and the door hinge shaft holes are connected with door hinges through the door hinge shaft. Bracket, the door hinge bracket is provided with an angle iron support plate, the two ends of the angle iron support plate are provided with door hinge sleeves, three sliding shafts and a left sliding plate are respectively provided in the middle of the angle iron support plate, and one end of the sliding shaft is provided with a threaded hole, One end of the left slide plate is provided with a horizontal slide groove and a vertical dial groove. A round hole is arranged in the middle of the flange linear bearing seat, and the three sliding shafts of the door hinge bracket pass through the round holes in the middle of the flange linear bearing seat and are fixed by screws. The right side of the middle of the back of the door panel is provided with a sliding column one, the left sliding plate passes through the rectangular hole on the linear bearing seat fixing plate, and the horizontal sliding groove passes through the sliding column one and is fixed by screws. Three screw fixing holes on the inner end face of the gear are connected with a dial by screws, the dial is provided with a dial pin, and the dial pin passes through the vertical dial groove on the left slide plate. There is a disc sliding column on the right side of the middle of the reverse side of the door panel. The gear and the left part of the sliding plate are provided with a rack meshing. The left side of the rack is provided with a horizontal waist hole and a vertical waist hole. There is a disc, and the disc can rotate around the lower disc sliding column. There are flat pads and bolts on the top of the disc to prevent the disc from falling out; there are disc pins up and down on the front of the disc. The collar respectively connects the upper connecting plate, the lower connecting plate and the disc; the upper connecting plate and the lower connecting plate respectively connect the upper bolt fixing plate and the lower bolt fixing plate, and the upper bolt fixing plate and the lower bolt fixing plate are fixed with the bolt , the bolt passes through the upper bolt hole and the lower bolt hole; there is a disc pin 2 on the opposite side of the disc, and the disc pin 2 is stuck in the vertical waist hole of the skateboard. The left and right movement of the skateboard drives the rotation of the disc, thereby driving the upper The movement of the connecting plate and the lower connecting plate; the right side of the slide plate is connected with a bolt fixing plate, and the bolt fixing plate is provided with three bolts, and the bolt passes through three right bolt holes on the bolt guide plate. The upper part of the slide plate is provided with a large micro switch, and the large micro switch is provided with a contact piece.

The advantage of the present invention is that: the intelligent sliding door safe of the present invention can be opened by inputting fingerprints through the fingerprint collection window, and the cabinet door can be opened by the correct password or fingerprint when opening, the operation is simple and convenient, and the intelligent level of the product is improved. Operation is more novel. The intelligent sliding door safe of the present invention moves through the door panel, the door panel locks the door frame and the "P" type left channel steel, the fixed door bolt locks into the door bolt cover in the "P" type left channel steel, and the door bolt locks into the "P" type left channel steel. "Type left channel steel inner side, triple lock cabinet door, and the upper and lower door bolts are locked into the upper and lower channel steel inner sides, making the safe (box) safer and stronger. The structure of the invention adopts the transmission of the flange linear bearing seat, and the movement gap is small and the sliding is flexible. The present invention adopts a hidden fingerprint panel, and has good adaptability to harsh working environments. The present invention adopts the idling mechanical handle, and the handle is separated from the internal structure under normal conditions, so that the lock technology can be opened and thieves are discouraged.

Description of drawings

Fig. 1 is the external front view of the smart sliding door safe in the locked state of the present invention;

Fig. 2 is the front view outside the locked state of the intelligent sliding door safe of the present invention (the emergency lock cover is removed);

Fig. 3 is a top view of the intelligent sliding door safe of the present invention (the control panel pops up);

Fig. 4 is the front view of the door panel of the intelligent sliding door safe of the present invention (handle hole, emergency lock cover mounting hole and emergency lock hole);

Fig. 5 is a front view of the reverse side of the door panel of the intelligent sliding door safe of the present invention (no lock plate is installed);

Fig. 6 is a front view of the reverse side of the door panel of the intelligent sliding door safe of the present invention (with the lock plate installed);

Fig. 7 is a perspective view of the locking plate of the intelligent sliding door safe of the present invention;

Fig. 8 is a perspective view of the handle seat of the intelligent sliding door safe of the present invention;

Fig. 9 is a perspective view of the handle of the intelligent sliding door safe of the present invention;

Fig. 10 is an assembly perspective view of the handle and handle seat of the intelligent sliding door safe of the present invention;

Fig. 11 is a front view of the reverse side of the door panel of the intelligent sliding door safe of the present invention (bearing seat installation);

Fig. 12 is a perspective view of a bearing seat of an intelligent sliding door safe of the present invention;

Fig. 13 is a three-dimensional view of the gears of the intelligent sliding door safe of the present invention;

Fig. 14 is a half-sectional view of the door panel assembly of the intelligent sliding door safe of the present invention;

Fig. 15 is a perspective view of the clutch core (front) of the intelligent sliding door safe of the present invention;

Fig. 16 is a perspective view of the clutch core (reverse side) of the intelligent sliding door safe of the present invention;

Fig. 17 is a perspective view of the bearing seat (reverse side) of the intelligent sliding door safe of the present invention;

Fig. 18 is a perspective view of the clutch pull rod of the intelligent sliding door safe of the present invention;

Fig. 19 is a front view of the reverse side of the door panel of the intelligent sliding door safe of the present invention (installation of the motor fixing frame);

Fig. 20 is a rear view of the motor fixing frame of the intelligent sliding door safe of the present invention;

Fig. 21 is a rear view after installing the motor fixing frame of the intelligent sliding door safe of the present invention;

Fig. 22 is a front view of the installation of the motor fixing frame of the intelligent sliding door safe of the present invention;

Fig. 23 is a rear view of the locking mechanism of the intelligent sliding door safe of the present invention;

Fig. 24 is a three-dimensional view of the locking mechanism of the intelligent sliding door safe of the present invention;

Fig. 25 is a front view of the reverse side of the door panel of the intelligent sliding door safe of the present invention (motor bracket installation);

Fig. 26 is a perspective view of the motor bracket of the intelligent sliding door safe of the present invention;

Fig. 27 is a perspective view of the motor of the intelligent sliding door safe of the present invention;

Fig. 28 is a perspective view of the motor dial of the intelligent sliding door safe of the present invention;

Fig. 29 is a perspective view of the emergency pull rod of the intelligent sliding door safe of the present invention;

Fig. 30 is a front view of the emergency lock cover seat of the intelligent sliding door safe of the present invention;

Fig. 31 is a partial cross-sectional view of the emergency lock cover seat of the intelligent sliding door safe of the present invention;

Fig. 32 is a front view of the emergency lock cover of the intelligent sliding door safe of the present invention;

Fig. 33 is a top view of the emergency lock cover of the intelligent sliding door safe of the present invention;

Fig. 34 is a right view of the door panel assembly (reverse side) of the intelligent sliding door safe of the present invention;

Fig. 35 is a perspective view of the door panel assembly (reverse side) of the intelligent sliding door safe of the present invention;

Fig. 36 is a perspective view of the linear bearing seat fixing plate of the intelligent sliding door safe of the present invention;

Fig. 37 is a structural diagram of a door frame of an intelligent sliding door safe according to the present invention;

Fig. 38 is a three-dimensional view of the left channel steel of the intelligent sliding door safe of the present invention;

Fig. 39 is an A-A cross-sectional view of the box body assembly of the intelligent sliding door safe of the present invention;

Fig. 40 is an assembly diagram for opening the door hinge bracket of the intelligent sliding door safe box of the present invention;

Fig. 41 is a perspective view of the door hinge support of the smart sliding door safe of the present invention;

Fig. 42 is a perspective view of the gear dial of the intelligent sliding door safe of the present invention;

Fig. 43 is a three-dimensional view of the assembly of the intelligent sliding door safe box body and the door panel of the present invention;

Fig. 44 is an assembled rear view of the door panel of the intelligent sliding door safe of the present invention;

Fig. 45 is an assembled rear view of the door panel of the intelligent sliding door safe (large micro switch) of the present invention.

Detailed ways

Referring to Fig. 1, Fig. 2 and Fig. 3, the intelligent sliding door safe includes a box body 1, a door panel 2 is arranged on the front of the box body 1, a control panel 3 is arranged on the upper part of the door panel 2, and sliding covers 16 are respectively arranged on the left side of the control panel 3 , the slide cover 16 is provided with a main lock 17 below, the upper right side of the control panel 3 is provided with a status display area 18 and a touch sensing area 19, and the lower right side is provided with a hidden sliding drawer 20, which can be retracted; the hidden sliding drawer 20 The left side is provided with a digital keypad area 21, and the digital keypad area 21 can be provided with a password, and the right side of the hidden sliding drawer 20 is provided with a fingerprint head 22, and the fingerprint head 22 can collect fingerprints.

Referring to Figure 4, Figure 5, Figure 6, Figure 7, Figure 8, Figure 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20. As shown in Fig. 21, Fig. 22, Fig. 23, Fig. 24, Fig. 25, Fig. 26, Fig. 27, Fig. 28, and Fig. 29, there are three round holes in the middle of the door panel 2, two upper and lower handle seat fixing holes 23 and handle holes 24 , the reverse side of door panel 2 middle part is provided with two studs 25 up and down, and the rear part in the middle of door panel 2 is provided with lock plate 26, and stud 25 passes two fixing holes-27 on the left side of lock plate 26, and is fixed by nut 28. The reverse side of the handle 4 is provided with a rotating shaft 29 , and the middle part of the rotating shaft 29 is provided with a ring groove 30 . The reverse side of the handle 4 is connected with a handle seat 31, a through hole 32 is arranged in the middle of the handle seat 31, and threaded holes 33 are provided on both sides. Spring 34, handle seat 31 passes handle hole 24 on door panel 2, lock plate 26 left side is provided with step 35, and two fixing holes 36 are arranged up and down, step 35 below is provided with bearing seat 37, and bearing seat 37 is provided with two Three fixing holes 39, two screws 38 up and down pass through lock plate 26, two fixing holes two 36, two fixing holes three 39 of bearing seat 37, two handle seat fixing holes 23 of door plate 2 and two threads of handle seat 31 The hole 33 is fixedly connected. A bearing hole 40 is arranged in the inner direction of the bearing seat 37, and a through hole 41 is arranged in the inner center, and a bearing 42 is arranged inside the bearing hole 40, and the inner ring of the bearing 42 is closely matched with a gear 43, and two square keys 44 are symmetrically arranged in the inner hole of the gear 43 , the inner end face of the gear 43 is provided with three screw fixing holes 45, and the circlip groove 30 in the middle part of the rotating shaft 29 is provided with a flat square column 46 and a column 47, and the rotating shaft 29 flat square column 46 is connected with a clutch core 47, and the clutch core 47 is The end is provided with a flat square hole 48, and the inner end is provided with a round hole 49, and the clutch core 47 can slide in and out along the rotating shaft 29. A spring 50 is arranged between the inner end surface of the handle base 31 and the outer end surface of the clutch core 47, and the inner end of the clutch core 47 is evenly provided with six keyways 51, and the clutch core 47 can be connected with the two square keys 44 of the gear 43 in and out. There is a chute 52 on the outside of the bearing seat 37, and a clutch rod 53 is arranged inside the chute 52. A round hole 54 is arranged in the middle of the clutch rod 53. The round hole 54 holds the outer circle of the clutch core 47. The outside of the clutch rod 53 is provided with an upper and lower There are two oblique bosses 55 , and a dial pin 56 is arranged on the outside of the left side of the clutch pull rod 53 . The middle part of the lock plate 26 is provided with four positioning holes 57 and four installation and fixing holes 58, the inside of the middle part of the lock plate 26 is provided with a motor fixing frame 60, and the reverse side of the motor fixing frame 60 is provided with four positioning columns 61 and four mounting screw holes 62 , the four positioning columns 61 of the motor fixing frame 60 pass through the four positioning holes 57 of the lock plate 26, and are fixed through the four mounting holes 58 and the four mounting screw holes 62 by four screws 59. The motor holder 60 top is provided with vertical chute one 63, vertical chute two 64, and the middle part is provided with horizontal chute two 65, and the reverse side of clutch pull bar 53 pin 56 can slide left and right in horizontal chute two 65. The upper part of the motor fixing frame 60 is provided with two hoop fixing screw holes 66, the lower part of the motor fixing frame 60 is provided with two pressing plate fixing screw holes 67 and four microswitch fixing screw holes 68, and the lower part of the motor fixing frame 60 is passed through four screws. 69 respectively fix the upper micro switch 70 and the lower micro switch 70-1 to fix. The vertical chute one 63 on the top of the motor holder 60 is provided with a spring two 71, and a mechanism stopper 72 is arranged on the top, and a square tongue 73 is provided on the mechanism stopper 72 top, and the middle part is provided with an oblique waist groove 74, and the middle part is arranged on the left side. The toggle button 75 is provided with a connecting piece 76 at the bottom, and two screw holes 77 are arranged at the end of the connecting piece 76 . Mechanism stopper 72 reverse tops are provided with spring pressing plate 78, and left side is provided with guide block 79, and guide block 79 moves up and down in vertical chute two 64. Upper switch pressing piece 80 and lower switching pressing piece 81 are respectively arranged on the left and right sides of the lower part, and hoop 82 is arranged on mechanism stopper 72, is fixed in hoop fixing screw hole 66 by screw 83, and oblique waist groove 74 hoops clutch lever 53 The up and down movement of the dial pin 56 and the mechanism block 72 drives the left and right movement of the clutch pull rod 53 . The bottom of mechanism block 72 is provided with pressing plate 84 and screw 85 and is fixed in pressing plate fixing screw hole 67, and motor fixing bracket 60 left side is provided with motor fixing lug 86, and motor fixing lug 86 is provided with three holes above, and left and right sides are motor. Mounting hole 87, the center is motor shaft hole 88, motor 89 is arranged on the left side of motor fixing lug 86, and motor 89 end face is provided with mounting screw hole 90 and motor rotating shaft 91, and motor 89 is fixed on motor fixing lug 86 by screw 92 . Motor rotating shaft 91 ends are provided with flat cylinder 93, and flat cylinder 93 right ends are connected with motor dial 94, and motor dial 94 center is provided with oblate hole 95, and side is provided with screw fixing hole 96, and oblate hole 95 other ends are provided with. There is dial pin 97, and oblate hole 95 encloses the flat cylinder 93 of motor rotating shaft 91 ends, and is fixed by the screw 98 on the side screw fixing hole 96. The two screw holes 77 at the end of the connecting piece 76 of the mechanism block 72 are connected with the two connecting holes 100 on the emergency pull rod 99 below by screws 101. A sliding column 103 is provided, the upper part of the sliding column 103 passes through the waist-shaped chute 102, and a screw 104 is fixed in the center. The lower part of the emergency pull rod 99 is provided with a bent step 105 .

Referring to Figure 4, Figure 30, Figure 31, Figure 32, and Figure 33, the lower part of the door panel 2 is provided with an emergency lock cover installation hole 5 and an emergency lock hole 6, and the emergency lock cover installation hole 5 is connected to the emergency lock cover seat through the emergency lock cover foot 7 8. A magnet 9 is provided inside the emergency lock cover seat 8, a lock hole 12 is provided in the middle, and a positioning hole 13 is provided at the lower part of the middle. A magnet-11 is also provided inside the emergency lock cover 10, and a positioning column 14 is provided on the back for positioning. Post 14 passes positioning hole 13, and emergency escutcheon 10 is attracted by magnet 9 and magnet-11, is fixed in emergency lock cover seat 8, and emergency escutcheon 10 is provided with emergency lock 15 below, and emergency lock 15 is provided with The emergency locking piece 106 can drive the emergency locking piece 106 to rotate when the emergency lock 15 is opened.

With reference to Fig. 34, Fig. 35, Fig. 36, door bolt guide plate 107 is provided with door bolt guide plate 107 tops, bottom is provided with lower bolt holes 109, and left part is provided with three right Bolt holes 110 and four bolt holes 111, the left side of the bolt guide plate 107 is provided with an "L"-shaped bolt fixing plate 112, and the side of the "L"-shaped bolt fixing plate 112 has eight bolt fixing holes 115, four fixed bolt holes 111 are provided with four fixed bolts 113, which are fixed on the "L" shaped bolt fixing plate 112 by eight bolts 114. The right side of the bolt guide plate 107 is provided with a linear bearing seat fixing plate 116, and the linear bearing seat fixing plate 116 is provided with three large holes 117, and four screw holes 118 are arranged around each large hole 117. Each large hole 117 is provided with a flanged linear bearing seat 119 , and four counterbores 120 on the flanged linear bearing seat 119 are fixed to the linear bearing seat fixing plate 116 by screws 121 . A rectangular hole 122 is provided at the bottom of the middle large hole 117 .

Referring to Fig. 37, Fig. 38, Fig. 39, Fig. 40, Fig. 41, Fig. 42, Fig. 43, and Fig. 44, a door frame 123 is provided on the front of the box body 1, and a "P"-shaped left channel steel 124 is provided on the left side of the inner surface of the door frame 123, There are four square holes 125 on the side of the "P"-shaped left channel steel 124, four door bolt sleeves 126 are arranged in the four square holes 125, and upper channel steel 127 and lower channel steel 128 are respectively arranged on the upper and lower sides of the inner surface of the door frame 123. , the right side of the box body 1 is respectively provided with a door hinge seat 129 up and down, the door hinge seat 129 is provided with a door hinge shaft hole 130, the door hinge shaft hole 130 is connected with a door hinge bracket 132 through a door hinge shaft 131, and the door hinge bracket 132 is provided with There is an angle iron support plate 133, the two ends of the angle iron support plate 133 are provided with door hinge sleeves 134, three sliding shafts 135 and a left sliding plate 136 are respectively arranged in the middle of the angle iron support plate 133, and one end of the sliding shaft 135 is provided with a threaded hole 137, one end of the left slide plate 136 is provided with a horizontal sliding groove 138 and a vertical dial groove 139. A circular hole 140 is arranged in the middle of the flange linear bearing seat 119 , and three sliding shafts 135 of the door hinge bracket 132 pass through the circular hole 140 in the middle of the flange linear bearing seat 119 and are fixed by screws 141 . Door panel 2 reverse middle right side is provided with sliding column one 142, and left sliding plate 136 passes the rectangular hole 122 on the linear bearing seat fixing plate 116, and horizontal sliding groove 138 passes sliding column one 142 and is fixed by screw 143. Three screw fixing holes 45 on the inner end surface of the gear 43 are connected with a dial 145 by a screw 144, and the dial 145 is provided with a dial pin 146, and the dial 146 passes the vertical dial groove 139 on the left slide plate 136. The middle right of the opposite side of the door panel 2 is provided with a disc sliding post 147, the gear 43 is engaged with the left part of the slide plate 148 with a rack 149, the left side of the rack 149 is provided with a horizontal waist hole 150 and a vertical waist hole 151, and the disc sliding post 147 Through the horizontal waist hole 150, a disc 152 is provided on the slide plate 148, and the disc 152 can rotate around the lower disc sliding column 147. The top of the disc 152 is provided with a flat pad 153 and a bolt 154 to prevent the disc 152 from falling out; Disk 152 front is provided with disk pin 1 155 up and down, and disk pin 1 155 connects upper connection plate 158, lower connection plate 159 with disk 152 respectively by flat pad 156, collar 157; Upper connection plate 158, lower connection plate 159 connects the upper bolt fixing plate 160 and the lower bolt fixing plate 161 respectively, and the upper bolt fixing plate 160 and the lower bolt fixing plate 161 are fixed with a bolt 162, and the bolt 162 passes through the upper bolt hole 108 and the lower bolt hole 109; Disc 152 reverse side is provided with disc pin 2 163, and disc pin 2 163 is stuck in the vertical waist hole 151 of slide plate 148, and slide plate 148 moves left and right to drive the rotation of disc 152, thereby drives upper connecting plate 158, lower connecting plate The movement of 159; Slide plate 148 right sides are connected with bolt fixed plate 164, and three bolts 162 are provided on the bolt fixed plate 164, and bolt 162 passes three right bolt holes 110 on the bolt guide plate 107. The upper part of the slide plate 148 is provided with a large microswitch 165, and the large microswitch 165 is provided with a contact piece 166.

When in use: lightly touch the touch sensing area 19, the hidden sliding drawer 20 will automatically stretch out, input the correct password or fingerprint, the motor 89 rotates clockwise, the motor dial 94 presses the mechanism stopper 72, the mechanism stopper 72 compresses the spring 63, and the mechanism stops Block 72 descends, and the lower switch pressing plate 81 of mechanism block 72 presses lower microswitch 70-1, and motor 89 stalls. Push the clutch pull rod 53 to move to the right through the oblique waist groove 74 of the mechanism block 72, and the oblique boss 55 will leave the bearing seat 37 and the clutch core 47, and the clutch core 47 will move inward under the promotion of the spring 50. When the clutch core 47 moves The opposite two of the six key grooves 51 coincide with the two square keys 44 of the gear, the mechanism is opened, that is, the handle 4 is turned, the dial pin 146 of the handle dial 145 drives the left slide plate 136 and the door panel 2 moves to the right, and the gear 43 drives the rack at the same time 149 moves to the left, the slide plate 148 moves to the left, the bolt fixing plate 164 and the upper three bolts 162 move to the left, the slide plate 148 drives the disc 152 to rotate counterclockwise, and simultaneously drives the upper connecting plate 158, the lower connecting plate 159, and the upper bolt The fixed plate 160, the lower door bolt fixed plate 161 and the upper and lower door bolts 162 are retracted, and the cabinet door can be opened by pulling the handle.

Locking of the mechanism: close the door body 2 and turn the handle 4 counterclockwise under the action of external force, the gear 43 rack 149 drives the slide plate 148, the bolt fixing plate 164 and the three bolts 162 to move to the right, and the slide plate 148 drives the disc 152 Rotate clockwise to drive the upper connecting plate 158, the lower connecting plate 159, the upper door bolt fixing plate 160, the lower door bolt fixing plate 161 and the upper and lower door bolts 162 to stretch out at the same time, the slide plate 148 presses the big micro switch 165 contact piece 166, the motor 89 rotate counterclockwise, the motor dial 94 unclamps the mechanism stopper 72, the spring 63 resets and opens, the mechanism stopper 72 goes up, the upper switch pressing piece 80 of the mechanism stopper 72 presses the microswitch 70, and the motor 89 stalls. Pull the clutch pull rod 53 to move to the left through the oblique waist groove 74 of the mechanism block 72, and the oblique boss 55 pushes away the bearing seat 37 and the clutch core 47, and the clutch core 47 moves outwards to overcome the pressure of the spring 50. When the clutch core 47 moves Two relatives and two square keys 44 of the gear are disengaged in the six keyways 51, and the mechanism is locked, and the handle 4 is in the idling state, and the right side, the upper and lower bolts 162 stretch out to the bolt cover 126 on the door frame 123 .

The emergency opening of the mechanism: take off the emergency lock cover 10, insert the key, turn the key clockwise, the emergency sheet 106 presses the step 105 at the bottom of the emergency pull rod 99, pulls the mechanism stopper 72 in place, turns the handle 4 and opens it.

Claims (5)

1. An intelligent sliding door safe, characterized in that: the intelligent sliding door safe includes a box (1), the front of the box (1) is provided with a door panel (2), and the upper part of the door panel (2) is provided with a control The panel (3), the left side of the control panel (3) are respectively provided with a sliding cover (16), the main lock (17) is provided under the sliding cover (16), and the upper right side of the control panel (3) is provided with a status display area (18) And the touch sensitive area (19), the lower right side is provided with a hidden sliding drawer (20), and the hidden sliding drawer (20) is retractable; the left side of the hidden sliding drawer (20) is provided with a number key area (21), and a number key area (21) Password is set, and the right side of the hidden sliding drawer (20) is provided with a fingerprint head (22), and the fingerprint head (22) collects fingerprints. 2. The intelligent sliding door safe according to claim 1, characterized in that: there are three round holes in the middle of the door panel (2), two upper and lower handle seat fixing holes (23) and handle holes (24), the door panel ( 2) There are two upper and lower studs (25) on the reverse side of the middle part, and a lock plate (26) is provided at the middle rear of the door panel (2), and the studs (25) pass through two fixing holes on the left side of the lock plate (26) (27 ), fixed by a nut (28); the reverse side of the handle (4) is provided with a rotating shaft (29), and the middle part of the rotating shaft (29) is provided with a spring groove (30); the reverse side of the handle (4) is connected with a handle seat (31), There is a through hole (32) in the middle of the handle seat (31), and threaded holes (33) are provided on both sides. A snap ring (34) is provided at (30), the handle seat (31) passes through the upper handle hole (24) of the door panel (2), a step (35) is provided on the left side of the lock plate (26), and there are two fixing holes up and down Two (36), below the step (35) is provided with a bearing seat (37), and the bearing seat (37) is provided with two fixing holes three (39), and the upper and lower two screws (38) respectively pass through the lock plate (26) Two fixing holes two (36), two fixing holes three (39) of the bearing seat (37), two handle seat fixing holes (23) of the door panel (2) and two threaded holes (33) of the handle seat (31) are fixed connection; the inner direction of the bearing housing (37) is provided with a bearing hole (40), the inner center has a through hole (41), and the inner ring of the bearing hole (40) is provided with a bearing (42), and the inner ring of the bearing (42) is tightly fitted with a gear (43), the inner hole of the gear (43) is symmetrically provided with two square keys (44), the inner end surface of the gear (43) is provided with three screw fixing holes (45), and the ring groove (30) in the middle of the rotating shaft (29) goes to Inside is provided with flat square post (46) and cylinder (47), and rotating shaft (29) flat square post (46) is connected with clutch core (47), and the outer end of clutch core (47) is provided with flat square hole (48), The inner end is provided with a circular hole (49), and the clutch core (47) slides in and out along the rotating shaft (29); a spring (50) is arranged between the inner end surface of the handle seat (31) and the outer end surface of the clutch core (47), The inner end of the clutch core (47) is uniformly provided with six key grooves (51), and the clutch core (47) can be connected with the two square keys (44) of the gear (43) in and out; ), the chute (52) is provided with a clutch lever (53), and the center of the clutch lever (53) is provided with a waist hole (54). The waist hole (54) holds the outer circle of the clutch core (47), and the clutch lever ( 53) There are two upper and lower oblique bosses (55) on the outside, and a dial pin (56) on the outside of the left side of the clutch lever (53); four positioning holes (57) and four Install the fixing holes (58), the middle part of the lock plate (26) is provided with a motor fixing frame (60), and the reverse side of the motor fixing frame (60) is provided with four positioning posts (61) and four mounting screw holes (62), the motor Four positioning posts of the fixed frame (60) (61) pass through the four positioning holes (57) of the lock plate (26), pass through the four installation fixing holes (58) and the four installation screw holes (62) through four screws (59) and fix them; the motor fixing frame ( 60) The upper part is provided with vertical chute 1 (63), vertical chute 2 (64), and the middle part is provided with horizontal chute 2 (65). Slide left and right inside the two (65); the upper part of the motor fixing frame (60) is provided with two hoop fixing screw holes (66), and the lower part of the motor fixing frame (60) is provided with two pressure plate fixing screw holes (67) and four micro The screw hole for fixing the dynamic switch (68), the lower part of the motor fixing frame (60) fixes the upper micro switch (70) and the lower micro switch (70-1) respectively through four screws (69); the upper part of the motor fixing frame (60) Vertical chute one (63) is provided with spring two (71), above which is provided with a mechanism stopper (72), the upper part of the mechanism stopper (72) is provided with a square tongue (73), and the middle part is provided with an oblique waist groove (74 ), there is a dial button (75) on the left side of the middle, a connecting piece (76) on the lower part, and two screw holes (77) on the end of the connecting piece (76); a spring pressure is provided on the upper side of the mechanism stopper (72) piece (78), a guide block (79) is provided on the upper left side, and the guide block (79) moves up and down in the vertical chute two (64); the upper left and right sides of the lower part are respectively provided with an upper switch pressing piece (80) and a lower switch The pressure piece (81), the mechanism block (72) is provided with a hoop (82), which is fixed to the hoop fixing screw hole (66) by the screw (83), and the oblique waist groove (74) hoops the clutch lever (53) The up and down movement of the dial pin (56) and the mechanism block (72) drives the left and right movement of the clutch pull rod (53); the bottom of the mechanism block (72) is provided with a pressure plate (84) and a screw (85) fixed to the pressure plate fixing screw hole (67), the left side of the motor fixing frame (60) is provided with the motor fixing lug (86), and the motor fixing lug (86) is provided with three holes, the left and right sides are the motor installation holes (87), and the middle is the motor shaft hole (88), the left side of the motor fixing lug (86) is provided with a motor (89), the end face of the motor (89) is provided with a mounting screw hole (90) and a motor rotation shaft (91), and the motor (89) passes through the screw (92) Fixed on the motor fixed lug (86); the end of the motor rotating shaft (91) is provided with a flat cylinder (93), the right end of the flat cylinder (93) is connected with a motor dial (94), and the center of the motor dial (94) is provided with Oblate hole (95), the side is provided with screw fixing hole (96), and the other end of oblate hole (95) is provided with dial pin (97), and oblate hole (95) encloses the end of motor rotating shaft (91) The flat cylinder (93) is fixed by the screw (98) on the side screw fixing hole (96); the two screw holes (77) at the end of the connecting piece (76) of the mechanism block (72) are connected with the emergency pull rod below ( The two connection holes (100) on 99) are connected by screws (101), the middle part of the emergency pull rod (99) is provided with a waist-shaped chute (102), and the middle part of the door panel (2) The lower part is provided with a sliding column (103), and the upper part of the sliding column (103) passes through the waist-shaped chute (102), and the center is provided with a screw (104) for fixing; the lower part of the emergency pull rod (99) is provided with a bending step (105). 3. The intelligent sliding door safe according to claim 1, characterized in that: the lower part of the door panel (2) is provided with an emergency lock cover installation hole (5) and an emergency lock hole (6), and the emergency lock cover installation hole (5 ) is connected to the emergency lock cover seat (8) through the emergency lock cover foot (7). The emergency lock cover seat (8) is equipped with a magnet (9) inside, a lock hole (12) in the middle, and a positioning hole ( 13), the emergency escutcheon (10) is also provided with a magnet one (11) inside, and a positioning post (14) is provided on the back, the positioning post (14) passes through the positioning hole (13), and the emergency escutcheon (10) passes through The magnet (9) and the magnet one (11) are attracted together and fixed in the emergency lock cover seat (8). An emergency lock (15) is provided under the emergency escutcheon cover (10), and an emergency lock is provided inside the emergency lock (15) sheet (106), which can drive the emergency lock sheet (106) to rotate when the emergency lock (15) is opened. 4. The intelligent sliding door safe according to claim 1, characterized in that: a door bolt guide plate (107) is provided around the inside of the door panel (2), and an upper door bolt hole (107) is provided on the upper part of the door bolt guide plate (107). 108), the lower part is provided with the lower bolt holes (109), the left part is provided with three right bolt holes (110) and four fixed bolt holes (111), and the left side of the bolt guide plate (107) is provided with " L" type bolt fixing plate (112), "L" type bolt fixing plate (112) has eight bolt fixing holes (115) on the side, and four fixing bolt holes (111) are provided with four fixing holes. The bolt (113) is fixed on the "L" type bolt fixing plate (112) by eight bolts (114); the linear bearing seat fixing plate (116) is arranged on the right side of the bolt guide plate (107), and the linear bearing There are three large holes (117) on the seat fixing plate (116), and four screw holes (118) are arranged around each large hole (117); a flange linear bearing seat (119) is arranged in each large hole (117). ), the four counterbores (120) on the flange linear bearing seat (119) are fixed with the linear bearing seat fixing plate (116) by screws (121); the lower part of the middle large hole (117) is provided with a rectangular hole (122). 5. The intelligent sliding door safe according to claim 1, characterized in that: the front of the cabinet (1) is provided with a door frame (123), and the left side of the door frame (123) is provided with a "P"-shaped left channel steel ( 124), "P" type left channel steel (124) side is provided with four square holes (125), is provided with four doorbolt covers (126) in the four square holes (125), and door frame (123) inner face up and down two The sides are respectively provided with upper channel steel (127) and lower channel steel (128), the box body (1) right side is respectively provided with door hinge seat (129) up and down, and door hinge seat (129) is provided with door hinge shaft hole ( 130), the door hinge shaft hole (130) is connected with the door hinge bracket (132) through the door hinge shaft (131), the door hinge bracket (132) is provided with an angle iron bracket plate (133), and the angle iron bracket plate (133 ) are provided with door hinge sleeves (134) at both ends, three sliding shafts (135) and a left sliding plate (136) are respectively provided in the middle of the angle iron bracket plate (133), and a threaded hole (137) is provided at one end of the sliding shaft (135) , one end of the left slide plate (136) is provided with a horizontal sliding groove (138) and a vertical dial groove (139); the flange linear bearing seat (119) is provided with a round hole (140) in the middle, and the three hinge brackets (132) The sliding shaft (135) passes through the round hole (140) in the middle of the flange linear bearing seat (119), and is fixed by screws (141); the door panel (2) is provided with a sliding column one (142) on the right side of the middle of the reverse side, and the left sliding plate ( 136) pass through the rectangular hole (122) on the linear bearing seat fixing plate (116), the horizontal sliding groove (138) passes through the sliding column one (142) and is fixed by the screw (143); the three inner end faces of the gear (43) Screw fixing hole (45) is connected with dial (145) by screw (144), and dial (145) is provided with dial pin (146), and dial pin (146) passes through the vertical dial on the left slide plate (136). Disc groove (139); door panel (2) is provided with disc sliding post (147) on the right side in the middle of the opposite side, and gear (43) is provided with rack (149) meshing with the left part of slide plate (148), and the left side of rack (149) A horizontal waist hole (150) and a vertical waist hole (151) are provided, and the disc sliding column (147) passes through the horizontal waist hole (150). The slide plate (148) is provided with a disc (152), and the disc (152 ) rotates around the lower disk sliding column (147), and the top of the disk (152) is provided with flat pads (153) and bolts (154) to prevent the disk (152) from falling out; Disc pin one (155), disc pin one (155) respectively connect the upper connection plate (158), the lower connection plate (159) and the disc (152) through the flat washer (156) and the collar (157); Connecting plate (158), lower connecting plate (159) connect upper door bolt fixing plate (160) and lower door bolt fixing plate (161) respectively, and upper door bolt fixing plate (160) and lower door bolt fixing plate (161) are fixed with door Bolt (162), deadbolt (162) passes through upper deadbolt hole (108) and lower deadbolt hole (10 9); the reverse side of the disk (152) is provided with disk pin two (163), and the disk pin two (163) is stuck in the vertical waist hole (151) of the slide plate (148), and the slide plate (148) moves left and right to drive the circle The rotation of the disc (152) drives the movement of the upper connecting plate (158) and the lower connecting plate (159); the right side of the sliding plate (148) is connected with the bolt fixing plate (164), and the bolt fixing plate (164) is provided with There are three bolts (162), and the bolts (162) pass through the three right bolt holes (110) on the bolt guide plate (107); the upper part of the slide plate (148) is provided with a large microswitch (165), and the large microswitch The switch (165) is provided with a contact piece (166).