CN109098534A

CN109098534A - A kind of security seal apparatus

Info

Publication number: CN109098534A
Application number: CN201810936088.6A
Authority: CN
Inventors: 屠建松
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-16
Filing date: 2018-08-16
Publication date: 2018-12-28

Abstract

The present invention is a kind of security seal apparatus, including apparatus main body, it is set to the intracorporal antitheft counterattack device of described device master, be set to the intracorporal switchover apparatus of described device master, be set to the intracorporal device reset energy storage device of described device master and is set to the intracorporal warning device of described device master, the antitheft counterattack device includes being set to intracorporal first working chamber of described device master；The present development in China is getting faster, people's lives level is higher and higher, some valuables are all put in family, therefore people increasingly pay attention to safety in family and antitheft, people abhor thief, the present apparatus has merged the idea of advanced technology and innovation, devise a intelligent and safe lock uint with antitheft strike-back function, it can arrest thief while realizing safe antitheft, allow thief is on tenterhooks can not do at will again, this security seal apparatus designed thus it is really necessary to.

Description

A kind of security seal apparatus

Technical field

The present invention relates to smart home field, specifically a kind of security seal apparatus.

Background technique

The present development in China is getting faster, and people's lives level is higher and higher, all puts in family some valuable Article, therefore people increasingly pay attention to safety in family and antitheft, people abhor thief, and the present apparatus has merged advanced Technology devises a intelligent and safe lock uint with antitheft strike-back function, it can be while realizing safe antitheft Arrest thief, allow thief is on tenterhooks can not do at will again, this security seal apparatus designed thus it is really necessary to.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of security seal apparatus, are able to solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions: the present invention is a kind of security seal apparatus, including device master Body is set to the intracorporal antitheft counterattack device of described device master, is set to the intracorporal switchover apparatus of described device master, setting Energy storage device is resetted in the intracorporal device of described device master and is set to the intracorporal warning device of described device master, it is described antitheft Counterattack device includes being set to intracorporal first working chamber of described device master, is provided with and described first in first working chamber First sliding shoe of working chamber upper and lower sides inner wall sliding connection, is fixedly installed motor in first sliding shoe, described The outputting axial power of motor left end is connected with first rotating shaft, and left end and described first is provided in first working chamber and is slided The Hydraulic Elements that motion block right end is fixedly connected and right end is fixedly connected with inner wall on the right side of first working chamber, first work It is provided with powershift chamber in chamber inner left wall, it is intracavitary and on it that the first rotating shaft left end extends into the powershift It is fixedly connected with first bevel gear, the second working chamber, second work are provided with and communicated in the powershift chamber inner left wall Make the intracavitary the second sliding shoe being provided with the second working chamber upper and lower sides inner wall sliding connection, the first rotating shaft is left End extends into second working chamber and is fixedly connected with the second sliding shoe rotary type, in the second working chamber left side Third working chamber is provided with and communicated in wall, the first rotating shaft left end, which extends into the third working chamber, is fixedly connected with Two bevel gears, the second bevel gear lower end engagement are connected with third hand tap gear, fix at the third hand tap gear axle center It is connected with the second shaft of the connection that is rotatably assorted with inner wall inner bearing on the downside of the third working chamber, the third hand tap gear left end Engagement is connected with the 4th bevel gear, be fixedly connected at the 4th bevel gear axle center on the left of the third working chamber in Wall inner bearing is rotatably assorted the third shaft of connection, is fixedly connected in the third shaft and on the left of the 4th bevel gear First spur gear of position, first spur gear is symmetrical above and below to be provided with for engaging and being cooperatively connected with first spur gear Two spur gears are fixedly connected at second spur gear axle center and are rotatably assorted with the third working chamber inner left wall inner bearing 4th shaft of connection, the second spur gear engagement are connected with inner wall on the downside of another side and the third working chamber and slide The first rack gear being cooperatively connected, symmetrical above and below be provided with is in contact with first rack gear or so end face in the third working chamber And the guide runner group that is fixed on the third working chamber upper and lower sides inner wall, be provided in the third working chamber front inner wall One the first groove for being open to the left and being in communication with the outside, it is symmetrical above and below between first groove and the third working chamber to be connected to Rectangular through holes are provided with, first rack gear front end passes through the rectangular through holes and enters fixed in the third working chamber connect It is connected to the first workpiece, is fixedly connected with fingerprint authentication plate on inner wall on the right side of first groove.

The switchover apparatus includes that symmetrical above and below to be set to the powershift intracavitary as a preferred technical solution, And the 5th bevel gear that can be engaged with the first bevel gear, rotatable is fixedly connected at the 5th bevel gear axle center Five shafts are symmetrically arranged with the 4th working chamber in the powershift chamber upper and lower sides inner wall, and the 5th shaft lower end extends into Enter and be fixedly connected with the 6th bevel gear in the 4th working chamber, the 6th bevel gear left end engagement is connected with the 7th cone Gear, is fixedly connected with rotatable 6th shaft at the 7th bevel gear axle center, in the 4th working chamber inner left wall It is provided with gear ratio change chamber, the gear ratio change is intracavitary to be provided with and the fixed company of the gear ratio change chamber upper and lower sides inner wall The gear-box connect, the 6th shaft extend into the intracavitary power input shaft power with the gear-box of the gear ratio change Be cooperatively connected, the power output shaft power of the gear-box is connected with the 7th shaft, on the left of the gear ratio change chamber in The 5th working chamber is provided in wall, the 7th shaft, which extends into the 5th working chamber, is fixedly connected with the 8th cone tooth Wheel, the 8th bevel gear front end engagement are connected with the 9th bevel gear, are fixedly connected at the 9th bevel gear axle center Eight revolution axis, position is provided with the 6th in the 5th working chamber front inner wall and on the downside of the sliding slot group of downside in inner wall Working chamber, the eight revolution axis front end extend into the tenth cone tooth that array arrangement is fixedly connected in the 6th working chamber Wheel drives first sliding shoe and the second sliding shoe respectively in first work when the Hydraulic Elements are shunk Forward slip on chamber and second working chamber, while the second bevel gear and the third hand tap gear are disengaged from state, When Hydraulic Elements contraction finishes, the first bevel gear is nibbled with the 5th bevel gear of setting symmetrical above and below just It closes, the motor starts that new mechanism is driven to be operated, and realizes that the power of single motor steadily switches.

It includes the first workpiece upper and lower sides inner wall that described device, which resets energy storage device, as a preferred technical solution, It is inside symmetrically arranged with sliding slot group, the sliding slot group includes eight first sliding grooves of array setting, is provided in the first sliding groove Be rotatably assorted the lead screw of connection with inner wall inner bearing on the downside of the first sliding groove, the lead screw threaded upper ends be connected with and with The release link of side inner wall sliding connection before and after the first sliding groove, the release link upper end is fixedly connected with spring, described Spring upper end is fixedly connected with and the second workpiece that side inner wall is slidably connected before and after the first sliding groove, and described second Workpiece right end is fixedly connected with the second rack gear, and inner wall internal upper part position is provided with and communicated with ratchet work on the right side of the first sliding groove Make chamber, the third spur gear for engaging and being cooperatively connected with second rack gear is provided in the ratchet working chamber, the third is straight Non-rotatable support shaft is provided at gear axis, the third spur gear is rotatably assorted by bearing is connected to the support Axis is provided with handle ratchet wheel mechanism in the third spur gear, and the support shaft front end is fixedly connected with fixed block, the fixed block It is inside provided with the opening forward and up and down perforative second sliding slot in two sides, is provided in the second sliding slot and the second sliding slot is left The trapezoidal magnet of right side inner wall sliding connection, the second sliding slot is interior to be fixedly connected in the trapezoidal magnet lower position Electromagnet, the lead screw lower end, which extends into, to be fixedly connected with left end in the 6th working chamber and engages with the tenth bevel gear The 11st bevel gear being cooperatively connected, when device will carry out reset energy storage, the Hydraulic Elements are contracted to extreme position, described Electric motor starting drives the first bevel gear to rotate, and the first bevel gear engagement drives the 5th bevel gear of upper and lower sides Rotation, the 5th bevel gear drive the 6th bevel gear to rotate by the 5th shaft, the 6th bevel gear engagement The 7th bevel gear is driven to rotate, the 7th bevel gear drives the 7th shaft and the described 8th by the gear-box Bevel gear rotation, the 8th bevel gear drive the 9th bevel gear rotation by engagement, and the 9th bevel gear passes through institute State eight revolution axis and drive the tenth bevel gear rotation, the tenth bevel gear by engagement drive the 11st bevel gear and The lead screw rotation, the lead screw drive the release link to move down by being threadedly engaged connection, and the electromagnet is powered, and are attracted institute Trapezoidal magnet is stated, the trapezoidal magnet moves down, ratchet mechanism unlock, and second workpiece of downside is made in the gravity of itself With in the lower first sliding groove for realizing income downside, the upper shifting movement of the release link of upside drives the spring of upside Second workpiece of upside is pulled in the first sliding groove of upside, the motor stops, and the Hydraulic Elements are stretched Long up to extreme position, the electric motor starting drives the first rotating shaft and the second bevel gear to rotate, the second cone tooth Wheel drives the third hand tap gear rotation by engagement, and the third hand tap gear drives the 4th bevel gear, institute by engagement Third shaft and first spur gear rotation are stated, the first spur gear engagement drives second straight-tooth rotation of upper and lower sides Dynamic, second spur gear drives the first rack gear Forward, until to arrive to described first recessed for first workpiece front end Slot front side wall, the motor stop, and the Hydraulic Elements are shunk until extreme position, the electric motor starting drive upper and lower sides The release link moves toward one another, and makes second work department since first workpiece has resisted second workpiece Part can not move, so the spring is compressed and is stored elastic potential energy, until the spring can not be compressed again, and the motor Stop motion resets energy storage device operation and finishes.

The warning device is in inner wall and inclined on rear side of the third working chamber including being set to as a preferred technical solution, The alarm switch of lower position, when first rack gear, which moves back, touches the alarm switch, device is led to automatically by network Know owner and alarms, the intelligence of realization device.

Door lock frame, the door lock frame are fixedly connected on outer wall on the left of described device main body as a preferred technical solution, Left end is fixedly connected with coded lock, has a password generated at random with the matching used software of the present apparatus, when not being owner Lai Kai When opening the present apparatus, password can be generated by the software that input owner informs at random to open the present apparatus.

As a preferred technical solution, in order to make reset energy storage device be able to achieve upper and lower sides while reset, on the upside of device Screw pitch on the lead screw and the release link is greater than the screw pitch on the lead screw and the release link of downside.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, and when being opened the door by this device, owner Hand is protruded into the first groove and handle is by fingerprint authentication plate, system starts to verify fingerprint, and fingerprint authentication is opened by executing Door operation, or obtain owner offer Software Create random cipher people by inputting password on coded lock, password is correct Opening door operation is executed, when thief is to open the door, inputs password mistake, device prompt please verify finger-print cipher, at this time thief Hand is protruded into the first groove and handle is by fingerprint authentication plate, system starts to verify fingerprint, and fingerprint authentication does not pass through, motor Starting drives the first rack gear to move back, and the second workpiece is no longer constrained by the first workpiece, under the action of the spring, under Second workpiece of side is quickly popped up, and the second workpiece of upside is quickly popped up downwards, due to spine at this time Wheel mechanism has been started up, the second workpiece of upper and lower two sides can only one-way movement, realize and the hand of thief locked in the first groove Interior, when thief starts to struggle, handle is released desperately, as long as having the gap, spring continues to extend, and device the more is locked the more tight, simultaneously Alarm switch is touched when the first rack gear moves back, device is notified owner automatically and alarmed by network, realizes the core of the present apparatus The antitheft counterattack of heart function, device reset, and Hydraulic Elements are shunk, and complete powershift, and electromagnet is powered, and are attracted trapezoidal magnet, ladder Shape magnet moves down, and ratchet mechanism unlock, electric motor starting takes in the second workpiece in first sliding groove, and motor stops, hydraulic member Powershift, electric motor starting are completed in part elongation, and the Forward of the first workpiece is completed, and motor stops, and Hydraulic Elements, which shorten, to be completed, Electric motor starting by spring-compressed and stores elastic potential energy, and until spring can not be compressed again, motor stop motion resets energy storage Device operation finishes.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of schematic diagram of internal structure of security seal apparatus of the present invention；

Fig. 2 is the cross-sectional view in direction " A-A " in Fig. 1；

Fig. 3 is the external structure schematic diagram in direction " B-B " in Fig. 1；

Fig. 4 is the partial sectional view in direction " C-C " in Fig. 2；

Fig. 5 is the enlarged diagram of " D " in Fig. 1；

Fig. 6 is the enlarged diagram of " E " in Fig. 2；

Fig. 7 is the enlarged diagram of " F " in Fig. 4；

Fig. 8 is the enlarged diagram of " G " in Fig. 2.

Specific embodiment

As Figure 1-Figure 8, the present invention is a kind of security seal apparatus, including apparatus main body 10, is set to described device Antitheft counterattack device in main body 10, is set to described device master at the switchover apparatus being set in described device main body 10 The warning device that device in body 10 resets energy storage device and is set in described device main body 10, the antitheft counterattack device Including the first working chamber 11 being set in described device main body 10, it is provided in first working chamber 11 and first work Make the first sliding shoe 12 of 11 upper and lower sides inner wall of chamber sliding connection, is fixedly installed motor in first sliding shoe 12 14, the outputting axial power of 14 left end of motor is connected with first rotating shaft 15, is provided with a left side in first working chamber 11 The liquid that end is fixedly connected with 12 right end of the first sliding shoe and right end is fixedly connected with the 11 right side inner wall of the first working chamber Element 13 is pressed, powershift chamber 16 is provided in 11 inner left wall of the first working chamber, 15 left end of first rotating shaft extends It is fixedly connected with first bevel gear 17,16 inner left wall of powershift chamber in into the powershift chamber 16 and on it It is inside provided with and communicated with the second working chamber 18, is provided in second working chamber 18 and the 18 upper and lower sides inner wall of the second working chamber The second sliding shoe 19 of sliding connection, 15 left end of first rotating shaft extend into second working chamber 18 with it is described 19 rotary type of the second sliding shoe is fixedly connected, and is provided with and communicated with third working chamber 20 in 18 inner left wall of the second working chamber, 15 left end of first rotating shaft, which extends into the third working chamber 20, is fixedly connected with second bevel gear 21, second cone The engagement of 21 lower end of gear is connected with third hand tap gear 22, is fixedly connected at 22 axle center of third hand tap gear and described the Three working chambers, 20 downside inner wall inner bearing is rotatably assorted the second shaft 23 of connection, 22 left end of the third hand tap gear engagement cooperation It is connected with the 4th bevel gear 24, is fixedly connected at 24 axle center of the 4th bevel gear and 20 inner left wall of third working chamber Inner bearing is rotatably assorted the third shaft 25 of connection, is fixedly connected in the third shaft 25 and in the 4th bevel gear 24 First spur gear 26 of leftward position, first spur gear 26 is symmetrical above and below to be provided with to engage with first spur gear 26 and matches The second spur gear 27 for closing connection, be fixedly connected at 27 axle center of the second spur gear in 20 left side of third working chamber Wall inner bearing is rotatably assorted the 4th shaft 28 of connection, and the engagement of the second spur gear 27 is connected with another side and described the First rack gear 29 of three working chambers, 20 downside inner wall sliding connection, in the third working chamber 20 it is symmetrical above and below be provided with Guide runner group that is that first rack gear, 29 or so the end face is in contact and being fixed on the 20 upper and lower sides inner wall of third working chamber 30, the first groove 43 for being provided with an opening to the left and being in communication with the outside in 20 front inner wall of third working chamber, described It is symmetrical above and below between one groove 43 and the third working chamber 20 to be provided with and communicated with rectangular through holes 32, before first rack gear 29 End enters in the third working chamber 43 across the rectangular through holes 32 is fixedly connected with the first workpiece 31, and described first Fingerprint authentication plate 64 is fixedly connected on 43 right side inner wall of groove.

Valuably, the switchover apparatus include it is symmetrical above and below be set in the powershift chamber 16 and can with it is described The 5th bevel gear 47 that first bevel gear 17 engages is fixedly connected with rotatable 5th turn at 47 axle center of the 5th bevel gear Axis 48 is symmetrically arranged with the 4th working chamber 49 in the 16 upper and lower sides inner wall of powershift chamber, and 48 lower end of the 5th shaft is prolonged It extends into the 4th working chamber 49 and is fixedly connected with the 6th bevel gear 50,50 left end of the 6th bevel gear engagement cooperation connects It is connected to the 7th bevel gear 51, is fixedly connected with rotatable 6th shaft 52 at 51 axle center of the 7th bevel gear, the described 4th It is provided with gear ratio change chamber 53 in 49 inner left wall of working chamber, is provided in the gear ratio change chamber 53 and the transmission ratio The gear-box 54 that transformation 53 upper and lower sides inner wall of chamber is fixedly connected, the 6th shaft 52 extend into the gear ratio change chamber 53 The interior power input shaft power with the gear-box 54 is cooperatively connected, and the power output shaft power of the gear-box 54 is cooperatively connected There is the 7th shaft 56, the 5th working chamber 55 is provided in 53 inner left wall of gear ratio change chamber, the 7th shaft 56 is prolonged It extends into the 5th working chamber 55 and is fixedly connected with the 8th bevel gear 57,57 front end of the 8th bevel gear engagement cooperation connects It is connected to the 9th bevel gear 58, eight revolution axis 59, the 5th working chamber 55 are fixedly connected at 58 axle center of the 9th bevel gear Position is provided with the 6th working chamber 60, the eight revolution axis 59 in front inner wall and on the downside of the sliding slot group of downside in inner wall Front end extends into the tenth bevel gear 61 that array arrangement is fixedly connected in the 6th working chamber 60, when the Hydraulic Elements 13 when shrinking, and drives first sliding shoe 12 and the second sliding shoe 19 respectively in first working chamber 11 and described the Forward slip on two working chambers 18, while the second bevel gear 21 and the third hand tap gear 22 are disengaged from state, work as institute The contraction of Hydraulic Elements 13 is stated when finishing, the first bevel gear 17 is nibbled with the 5th bevel gear 47 of setting symmetrical above and below just It closes, the motor 14 starts that new mechanism is driven to be operated, and realizes that the power of single motor steadily switches.

Valuably, it includes being symmetrical arranged in the 31 upper and lower sides inner wall of the first workpiece that described device, which resets energy storage device, Have a sliding slot group, the sliding slot group includes eight first sliding grooves 33 of array setting, be provided in the first sliding groove 33 with it is described 33 downside inner wall inner bearing of first sliding groove is rotatably assorted the lead screw 34 of connection, 34 threaded upper ends of lead screw be connected with and with The release link 35 of 33 front and back side inner wall of the first sliding groove sliding connection, 35 upper end of release link is fixedly connected with spring 36,36 upper end of spring is fixedly connected with the second work department with the 33 front and back side inner wall of first sliding groove sliding connection Part 37,37 right end of the second workpiece are fixedly connected with the second rack gear 39, the 33 right side inner wall internal upper part of first sliding groove Position is provided with and communicated with ratchet working chamber 38, is provided in the ratchet working chamber 38 and engages cooperation company with second rack gear 39 The third spur gear 40 connect is provided with non-rotatable support shaft 41, the third straight-tooth at 40 axle center of third spur gear Wheel 40 is rotatably assorted by bearing is connected to the support shaft 41, is provided with handle ratchet wheel mechanism 42 in the third spur gear 40, 41 front end of support shaft is fixedly connected with fixed block 99, and opening is provided in the fixed block 99, and two sides are run through forward and up and down Second sliding slot 44, the ladder with the 44 left and right sides inner wall of second sliding slot sliding connection is provided in the second sliding slot 44 Shape magnet 45, the second sliding slot 44 is interior to be fixedly connected with electromagnet 46, the lead screw in trapezoidal 45 lower position of magnet 34 lower ends, which extend into, to be fixedly connected with left end in the 6th working chamber 60 and engages mating connection with the tenth bevel gear 61 The 11st bevel gear 62, when device will carry out reset energy storage, the Hydraulic Elements 13 are contracted to extreme position, the motor 14 startings, drive the first bevel gear 17 to rotate, and the engagement of first bevel gear 17 drives the 5th cone tooth of upper and lower sides 47 rotation of wheel, the 5th bevel gear 47 drive the 6th bevel gear 50 to rotate by the 5th shaft 48, and the described 6th The engagement of bevel gear 50 drives the 7th bevel gear 51 rotation, and the 7th bevel gear 51 is driven described by the gear-box 54 7th shaft 56 and the 8th bevel gear 57 rotation, the 8th bevel gear 57 drive the 9th bevel gear 58 by engagement Rotation, the 9th bevel gear 58 drive the tenth bevel gear 61 to rotate by the eight revolution axis 59, the tenth cone tooth Wheel 61 drives the 11st bevel gear 62 and the lead screw 34 to rotate by engagement, and the lead screw 34 is by being threadedly engaged connection The release link 35 is driven to move down, the electromagnet 46 is powered, and is attracted the trapezoidal magnet 45, and the trapezoidal magnet 45 moves down, Ratchet mechanism unlock, second workpiece 37 of downside realize described first on the downside of income under the gravity of itself In sliding slot 33, the upper shifting movement of the release link 35 of upside drives second work of the spring 36 of upside upside Component 37 pulls in the first sliding groove 33 of upside, and the motor 14 stops, and the elongation of Hydraulic Elements 13 is until limit position It sets, the motor 14 starts, and drives the first rotating shaft 15 and the second bevel gear 21 to rotate, the second bevel gear 21 is logical Crossing engagement drives the third hand tap gear 22 to rotate, the third hand tap gear 22 by engagement drive the 4th bevel gear 24, The third shaft 25 and first spur gear 26 rotation, the engagement of the first spur gear 26 drive described the second of upper and lower sides Spur gear 27 rotates, and second spur gear 27 drives first rack gear 29 to move forward, before first workpiece 31 End arrives to 43 front side wall of the first groove, and the motor 14 stops, and the Hydraulic Elements 13 are shunk until extreme position, described Motor 14 start, drive the release link 35 of upper and lower sides to move toward one another, due to first workpiece 31 resisted it is described Second workpiece 37 move second workpiece 37 can not, so the spring 36 is compressed and stores elastic potential Can, until the spring 36 can not be compressed again, 14 stop motion of motor resets energy storage device operation and finishes.

Valuably, the warning device includes being set in the 20 rear side inner wall of third working chamber and lower position partially Alarm switch 63, when first rack gear 29, which moves back, touches the alarm switch 63, device notifies to lead automatically by network People simultaneously alarms, the intelligence of realization device.

Valuably, door lock frame 65 is fixedly connected on 10 left side outer wall of described device main body, 65 left end of door lock frame is solid Surely it is connected with coded lock 66, has a password generated at random with the matching used software of the present apparatus, opens this when not being owner When device, password can be generated by the software that input owner informs at random to open the present apparatus.

Valuably, it upper and lower sides is able to achieve while resetting, 34 He of the lead screw on the upside of device to make to reset energy storage device Screw pitch in the release link 35 is greater than the screw pitch on the lead screw 34 and the release link 35 of downside.

Original state, the Hydraulic Elements 13 are in complete elongation state, and the motor 14 is in halted state, and described One workpiece, 31 front end resists 43 front inner wall of the first groove, and the spring 36 is in complete compressive state, the electricity Magnet 46 is in running order, and 46 upper end of electromagnet forms the pole S, make the trapezoidal magnet 45 always with the handle ratchet wheel machine Structure 42 abuts, ratchet mechanism starting.

When being opened the door by this device, owner protrudes into hand in the first groove 43 and handle is by fingerprint authentication plate 64 On, system starts to verify fingerprint, and fingerprint authentication is by execution opening door operation, or obtains the Software Create of owner's offer with secret The people of code correctly executes opening door operation by inputting password, password on coded lock 66, when thief is to open the door, inputs close Code mistake, device prompt please verify finger-print cipher, and thief protrudes into hand in the first groove 43 at this time and handle is by fingerprint authentication On plate 64, system starts to verify fingerprint, and fingerprint authentication does not pass through, and motor 14 starts, and the first rack gear 29 is driven to move back, the second work Component 37 is no longer constrained by the first workpiece 31, and under the action of spring 36, the second workpiece 37 of downside is quick It pops up, the second workpiece 37 of upside is quickly popped up downwards, since handle ratchet wheel mechanism 42 has been started up at this time, up and down Second workpiece 37 of two sides can only one-way movement, realize and the hand of thief locked in the first groove 43, when thief starts to earn When bundle, handle is released desperately, as long as having the gap, spring 36 continues to extend, and device the more is locked the more tight, while behind the first rack gear 29 Shifting touches alarm switch 63, and device notifies owner automatically and alarm that the core function for realizing the present apparatus is antitheft by network Counterattack, device reset, and Hydraulic Elements 13 are shunk, and complete powershift, and electromagnet 46 is powered, and are attracted trapezoidal magnet 45, trapezoid magnet Iron 45 moves down, and ratchet mechanism unlock, motor 14 starts, and the second workpiece 37 is taken in first sliding groove 33, and motor 14 stops, Hydraulic Elements 13 extend, and complete powershift, and motor 14 starts, and the Forward of the first workpiece 31 is completed, and motor 14 stops, hydraulic Element 13, which shortens, to be completed, and motor 14 starts, and compresses and store elastic potential energy for spring 36, until spring 36 can not be compressed again, 14 stop motion of motor resets energy storage device operation and finishes.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. the present invention is a kind of security seal apparatus, including apparatus main body, it is set to the intracorporal antitheft counterattack dress of described device master It sets, is set to the intracorporal switchover apparatus of described device master, is set to the intracorporal device reset energy storage device of described device master And it is set to the intracorporal warning device of described device master, the antitheft counterattack device is intracorporal including being set to described device master First working chamber is provided with first with the first working chamber upper and lower sides inner wall sliding connection in first working chamber Sliding shoe is fixedly installed motor in first sliding shoe, and the outputting axial power of the motor left end is connected with first Shaft is provided with left end in first working chamber and is fixedly connected with the first sliding shoe right end and right end and first work Make the Hydraulic Elements that inner wall is fixedly connected on the right side of chamber, is provided with powershift chamber in the first working chamber inner left wall, it is described It is intracavitary and be fixedly connected with first bevel gear on it that first rotating shaft left end extends into the powershift, the powershift It is provided with and communicated with the second working chamber in chamber inner left wall, is provided in second working chamber and the second working chamber upper and lower sides The second sliding shoe of inner wall sliding connection, the first rotating shaft left end extend into second working chamber with described the Two sliding shoe rotary types are fixedly connected, and are provided with and communicated with third working chamber in the second working chamber inner left wall, and described first Shaft left end, which extends into the third working chamber, is fixedly connected with second bevel gear, and the second bevel gear lower end engagement is matched Conjunction is connected with third hand tap gear, is fixedly connected at the third hand tap gear axle center and inner wall inner shaft on the downside of the third working chamber The second shaft of dynamic mating connection is forwarded, the third hand tap gear left end, which is engaged, is connected with the 4th bevel gear, and the described 4th The third shaft for the connection that is rotatably assorted with the third working chamber inner left wall inner bearing, institute are fixedly connected at bevel gear axle center It states and is fixedly connected in third shaft and on the first spur gear of the 4th bevel gear leftward position, first spur gear Under be symmetrically arranged with the second spur gear for engaging and being cooperatively connected with first spur gear, second spur gear fixes at axle center It is connected with the 4th shaft of the connection that is rotatably assorted with the third working chamber inner left wall inner bearing, the second spur gear engagement It is connected with the first rack gear of inner wall sliding connection on the downside of another side and the third working chamber, the third working chamber It is interior symmetrical above and below to be provided with being in contact with first rack gear or so end face and be fixed in the third working chamber upper and lower sides Guide runner group on wall is provided with an opening to the left in the third working chamber front inner wall and is in communication with the outside first recessed Slot, it is symmetrical above and below between first groove and the third working chamber to be provided with and communicated with rectangular through holes, first rack gear Front end enters in the third working chamber across the rectangular through holes is fixedly connected with the first workpiece, first groove Fingerprint authentication plate is fixedly connected on the inner wall of right side.

2. a kind of security seal apparatus according to claim 1, it is characterised in that: the switchover apparatus includes up and down It is symmetrically disposed on the 5th bevel gear that the powershift is intracavitary and can engage with the first bevel gear, the 5th bevel gear It is fixedly connected with rotatable 5th shaft at axle center, the 4th work is symmetrically arranged in the powershift chamber upper and lower sides inner wall Chamber, the 5th shaft lower end, which extends into the 4th working chamber, is fixedly connected with the 6th bevel gear, the 6th cone tooth The engagement of wheel left end is connected with the 7th bevel gear, and rotatable 6th turn is fixedly connected at the 7th bevel gear axle center Axis, is provided with gear ratio change chamber in the 4th working chamber inner left wall, the gear ratio change is intracavitary be provided with it is described The gear-box that gear ratio change chamber upper and lower sides inner wall is fixedly connected, it is intracavitary that the 6th shaft extends into the gear ratio change It is cooperatively connected with the power input shaft power of the gear-box, the power output shaft power of the gear-box is connected with the 7th Shaft is provided with the 5th working chamber in the gear ratio change chamber inner left wall, and the 7th shaft extends into the described 5th The 8th bevel gear is fixedly connected in working chamber, the 8th bevel gear front end engagement is connected with the 9th bevel gear, described Eight revolution axis is fixedly connected at 9th bevel gear axle center, in the 5th working chamber front inner wall and the sliding slot in downside Position is provided with the 6th working chamber in the inner wall of group downside, and the eight revolution axis front end extends into fixed in the 6th working chamber It is connected with the tenth bevel gear of array arrangement, when the Hydraulic Elements are shunk, drives first sliding shoe and described second The sliding shoe forward slip on first working chamber and second working chamber respectively, at the same the second bevel gear with it is described Third hand tap gear is disengaged from state, when the Hydraulic Elements contraction finish when, the first bevel gear just with it is symmetrical above and below The 5th bevel gear engagement being arranged, the motor start that new mechanism is driven to be operated, and realize the power of single motor Steady switching.

3. a kind of security seal apparatus according to claim 1, it is characterised in that: described device resets energy storage device and includes Sliding slot group is symmetrically arranged in the first workpiece upper and lower sides inner wall, the sliding slot group includes eight first of array setting Sliding slot is provided with the lead screw for the connection that is rotatably assorted with inner wall inner bearing on the downside of the first sliding groove in the first sliding groove, described Lead screw threaded upper ends are connected with and the release link with inner wall sliding connection in side before and after the first sliding groove, the reset Bar upper end is fixedly connected with spring, and the spring upper end is fixedly connected with to be slidably matched company with side inner wall before and after the first sliding groove The second workpiece connect, the second workpiece right end are fixedly connected with the second rack gear, inner wall on the right side of the first sliding groove Internal upper part position is provided with and communicated with ratchet working chamber, is provided in the ratchet working chamber and engages cooperation company with second rack gear The third spur gear connect is provided with non-rotatable support shaft at third spur gear axle center, and the third spur gear passes through Bearing, which is rotatably assorted, is connected to the support shaft, and handle ratchet wheel mechanism, the support shaft front end are provided in the third spur gear It is fixedly connected with fixed block, is provided with the opening forward and up and down perforative second sliding slot in two sides in the fixed block, described second The trapezoidal magnet with second sliding slot left and right sides inner wall sliding connection is provided in sliding slot, the second sliding slot is interior in institute It states trapezoidal magnet lower position and is fixedly connected with electromagnet, the lead screw lower end extends into fixed company in the 6th working chamber It is connected to left end and engages the 11st bevel gear being cooperatively connected, when device will carry out reset energy storage, institute with the tenth bevel gear It states Hydraulic Elements and is contracted to extreme position, the electric motor starting drives the first bevel gear to rotate, and the first bevel gear is nibbled Crossed belt moves the 5th bevel gear rotation of upper and lower sides, and the 5th bevel gear drives the 6th cone by the 5th shaft Gear rotation, the 6th bevel gear engagement drive the 7th bevel gear rotation, and the 7th bevel gear passes through the gear Case drives the 7th shaft and the 8th bevel gear rotation, and the 8th bevel gear drives the 9th cone tooth by engagement Wheel rotation, the 9th bevel gear drive the tenth bevel gear to rotate by the eight revolution axis, and the tenth bevel gear is logical It crosses engagement and drives the 11st bevel gear and lead screw rotation, the lead screw drives the reset by being threadedly engaged connection Bar moves down, and the electromagnet is powered, and is attracted the trapezoidal magnet, and the trapezoidal magnet moves down, ratchet mechanism unlock, the institute of downside It states in the first sliding groove that the second workpiece is realized under the gravity of itself on the downside of income, the release link of upside Upper shifting movement drive upside the spring handle on the upside of second workpiece pull in upside the first sliding groove in, The motor stops, and the Hydraulic Elements elongation drives the first rotating shaft and described until extreme position, the electric motor starting Second bevel gear rotation, the second bevel gear drive the third hand tap gear rotation by engagement, and the third hand tap gear is logical It crosses engagement and drives the 4th bevel gear, the third shaft and first spur gear rotation, the first spur gear engagement Second spur gear rotation of upper and lower sides is driven, second spur gear drives the first rack gear Forward, until described the One workpiece front end arrives to the first groove front side wall, and the motor stops, and the Hydraulic Elements are shunk until limit position Set, the electric motor starting, the release link of upper and lower sides driven to move toward one another, due to first workpiece resisted it is described Second workpiece move second workpiece can not, so the spring is compressed and is stored elastic potential energy, until The spring can not be compressed again, the motor stop motion, resetted energy storage device operation and finished.

4. a kind of security seal apparatus according to claim 1, it is characterised in that: the warning device includes being set to institute The alarm switch for stating the interior and inclined lower position of inner wall on rear side of third working chamber, touches the alarm when first rack gear moves back When switch, device is notified owner automatically and is alarmed by network, the intelligence of realization device.

5. a kind of security seal apparatus according to claim 1, it is characterised in that: solid on outer wall on the left of described device main body Surely it is connected with door lock frame, door lock frame left end is fixedly connected with coded lock, has with the matching used software of the present apparatus one random The password of generation, when be not owner to open the present apparatus when, can by input owner inform software generate at random password come Open the present apparatus.

6. a kind of security seal apparatus according to claim 1, it is characterised in that: be able to achieve to make to reset energy storage device Upper and lower sides reset simultaneously, and the screw pitch on the lead screw and the release link on the upside of device is greater than the lead screw of downside and described Screw pitch in release link.