TWM538334U - Fastener apparatus - Google Patents

Description

Buckle device

The present invention relates to a clip device, and more particularly to a clip device for a seat belt.

In order to satisfy the customer's physical and mental experience, the amusement park will let customers feel the joy of beauty, satisfaction, freshness and joy. It will set up more exciting rides and benefit from the advancement of virtual reality technology. Each amusement park will set a virtual sense of reality. Theater facilities. Among them, the seat set in the virtual somatosensory theater will be provided with a centrally controlled seat belt to protect the safety of the passenger seated on the seat.

Referring to FIG. 1 , it is a fastener M 200859 for a seat belt 100. The safety belt 100 is connected to a buckle having two fastening holes. The buckle 200 has a insertion hole for the buckle. Inserting the clip 200, the clip 200 is provided with two vertical chucks, and an electromagnetic lock and a press lock for locking the two vertical chucks to lock the buckle of the seat belt 100 in the clip 200 .

Wherein, the buckle 200 has a centrally controlled electromagnetic lock and a manual push lock, so that the buckle 200 must unlock both the electromagnetic lock and the push lock to release the buckle state of the buckle 200, but control the electromagnetic The lock center console can only obtain the power-on state of the electromagnetic lock, and the console cannot determine the locking state of the vertical chuck, and the service personnel must rely on the service personnel to confirm the buckle status of the seat belt 100.

In addition, the environment of the virtual somatosensory theater must be dark in order to make the customer feel the real theater environment, but in the dark environment, it is not easy to find the buckle 200 placed on the seat. And buckle the seat belt 100.

As can be seen from the above description, conventional fasteners for seat belts have the following disadvantages:

1. The lock state cannot be confirmed by the center console.

The control console of the electromagnetic lock can only obtain the power-on state of the electromagnetic lock, and the console cannot determine the locking state of the two vertical chucks, and the service personnel must be relied upon to confirm the buckle state of the seat belt. It is prone to unexpected situations.

Second, can not find in the dark

Generally, the environment of the virtual somatosensory theater must be dark, so that the customer can feel the real theater environment. In the dark environment, it is not easy for the human eye to find the buckle that is placed on the seat.

Third, can not meet the strict specifications

Although the amusement park is a park that provides amusements, each amusement facility must be operated on safe conditions. The safety regulations of each country or region are different, and the two vertical chucks cannot be obtained. Locked state and does not meet the safety regulations of a particular country.

Fourth, there are opportunities for accidents

Early fasteners cannot detect the rotation position of the lock core. When one of the lock core structures is damaged, the damage cannot be judged by the appearance. The central control room cannot obtain the fault information, and another good lock in the buckle. The structure will still lock the buckle, causing the damaged fastener to continue to be used. When another good lock structure in the buckle is damaged, an accident will occur.

Therefore, how to improve the safety level of the buckle for the seat belt and make it easy for the consumer to use is a goal that the relevant technicians need to work hard.

In view of the above, the object of the present invention is to provide a clip device suitable for detachably locking with a clasp device, the buckle The tablet device has a buckle with two fastening holes. The fastening device comprises a housing unit, a chuck unit, an electromagnetic lock unit, a push lock unit, and a detecting unit.

The housing unit includes a housing, a pressing hole disposed in the housing, and an insertion hole disposed in the housing.

The chuck unit includes a support rod that is disposed in the housing, and two vertical chucks that are pivotally disposed on the support rod. The two sides of the two vertical chucks are respectively provided with a buckle and a first buckle. And a second buckle portion.

The electromagnetic lock unit comprises two electromagnetic mechanisms fixed to the housing, two telescopic rods respectively connected to the two electromagnetic mechanisms, and two electromagnetic buckles respectively connected to the two telescopic rods.

The pressing lock unit includes a pressing button that is slidably connected to the pressing hole, and a button button that is connected to the pressing button.

The detecting unit includes two detectors disposed in the housing for respectively detecting the positions of the two electromagnetic fasteners.

The two vertical chucks are rotatable between an unlocking position and a locking position. When the two vertical chucks are in the unlocked position, the buckle can be inserted through the insertion holes and push the two vertical chucks. Rotating to the locking position, when the two vertical chucks are in the locking position, the two electromagnetic buckles are respectively fastened against the two first fastening portions, and the button fastenings are simultaneously buckled against the second second The buckle portion is such that the two vertical chucks cannot rotate and interfere with the buckle hole, so that the buckle device is locked with the buckle device.

Another technical means of the present invention is that the above-mentioned clip device further includes an illumination unit including an illuminator disposed in the housing.

Another technical means of the present invention is that the above-mentioned chuck unit further comprises two chuck springs respectively rotating the two vertical chucks to the unlocking position, and one end of the two chuck springs respectively and the two vertical cards The disk is connected and the other end is connected to the housing.

Another technical means of the novel is in the above The magnetic lock unit further includes two electromagnetic lock springs respectively pushing the two electromagnetic buckles against the two first buckle portions, one end of the two electromagnetic lock springs being respectively connected with the two electromagnetic buckles, and the other end and the shell Body connection.

A further technical means of the present invention is that the above-mentioned push lock unit further comprises two push lock springs for pushing the button clips against the two second buckle portions, one end of the two press lock springs and the press button respectively Connected and the other end connected to the housing.

Another technical means of the present invention is that the device further includes a forcible unlocking unit, including an unlocking hole formed in the pressing button, and an unlocking hole can be inserted to push the electromagnetic button and the button The unlocker of the buckle.

A further technical means of the present invention is that the housing unit further includes a fixture protruding outward from the bottom end of the housing.

Another technical means of the present invention is that the insertion hole has a guiding wall that surrounds a guiding channel.

Another technical means of the present invention is that the electromagnetic lock unit further includes an electromagnetic lock guide rod disposed in the housing, and two electromagnetic locks respectively disposed on the electromagnetic lock and inserted by the electromagnetic lock guide rod. Guide groove.

According to still another aspect of the present invention, the push lock unit further includes two press lock guides disposed in the housing, and two press lock guides disposed on the push button and inserted by the push lock guide.

The utility model has the beneficial effects of using the housing unit, the chuck unit, the electromagnetic lock unit, and the structural design of the press lock unit to slide the buckle of the buckle device into the insertion hole. The electromagnetic fasteners can respectively resist the two first buckle portions and interfere with the two vertical chucks to lock the buckle device in the buckle device, and then use the two detectors respectively Detecting the position of the electromagnetic fastener to confirm whether the two vertical chucks have been rotated to the locking position, and whether the two electromagnetic buckles have been pressed against the two first fastening portions to control the electromagnetic The institution's center console can confirm this The locking state of the clip device.

100‧‧‧Safety belt

200‧‧‧ buckle

2‧‧‧Bucking device

21‧‧‧Bucks

22‧‧‧ buttonhole

3‧‧‧Sheet unit

31‧‧‧Shell

311‧‧‧Base

312‧‧‧ Shell

32‧‧‧Press hole

33‧‧‧Insert hole

331‧‧‧ Guide channel

332‧‧‧ Guide wall

34‧‧‧ Fixtures

4‧‧‧ chuck unit

41‧‧‧Support rod

42‧‧‧Vertical chuck

421‧‧‧ buckle

422‧‧‧First buckle

423‧‧‧Second buckle

424‧‧‧Limited

43‧‧‧ Chuck spring

5‧‧‧Electromagnetic lock unit

51‧‧‧Electromagnetic mechanism

52‧‧‧ Telescopic rod

53‧‧‧Electromagnetic clips

54‧‧‧Electromagnetic lock spring

55‧‧‧Electromagnetic lock guide

56‧‧‧Electromagnetic lock guide

6‧‧‧ Press lock unit

61‧‧‧ Press the button

62‧‧‧Key clips

63‧‧‧Press lock spring

64‧‧‧Press lock guide

65‧‧‧Press lock guide

7‧‧‧Detection unit

71‧‧‧Detector

72‧‧‧Light blockers

8‧‧‧Lighting unit

81‧‧‧ illuminator

9‧‧‧Forced unlocking unit

91‧‧‧Unlocking hole

92‧‧‧ unlocker

1 is a schematic view of a device, illustrating a fastener for a safety belt of Taiwan Patent No. M473859; FIG. 2 is a schematic perspective view of a device, illustrating a preferred embodiment of the present invention; FIG. 3 is an exploded view of the device. FIG. 4 is a side elevational view of a preferred embodiment of the device in a locked position; FIG. 5 is a side elevational view of the device, illustrating the preferred embodiment FIG. 6 is a side view of a device illustrating a preferred embodiment of the device in an unlocked position; FIG. 7 is a schematic view of a device for detecting the preferred embodiment. The device detects that the clip device has locked a clip device; and FIG. 8 is a schematic view of the device for detecting that the clip device does not lock the clip device The aspect of the device.

The details of the related patents and the technical contents of the present invention will be clearly shown in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to Figures 2 and 3, a preferred embodiment of the present invention is adapted to be detachably coupled to a clasp device 2 having a clasp having two latching holes 22. The fastening device comprises a housing unit 3, a chuck unit 4, an electromagnetic lock unit 5, a push lock unit 6, a detecting unit 7, a lighting unit 8, and a forced unlocking unit 9.

The housing unit 3 includes a housing 31 and a The pressing hole 32 of the casing 31, the insertion hole 33 provided in the casing 31, and a fixing member 34 protruding outward from the bottom end of the casing 31. The housing 31 has a base 311 and a casing 312 disposed on the base 311. The insertion hole 33 has a guiding wall 332 enclosing a guiding channel 331. The guiding wall 332 is formed with a Y-shaped arc at the opening of the guiding channel 331, and the width of the guiding channel 331 is internal. Cooperating with the width of the cleat 21, the cleat 21 of the clasp device 2 can smoothly slide into the insertion hole 33.

The fixing device 34 is provided with a locking hole for locking the fastening device to one side of a seat (not shown), and the other side of the seat can be disposed to be connected with the fastening device 2 The seat belt is used to lock the human body in the seat to avoid the danger of the seat with the somatosensory function.

The chuck unit 4 includes a support rod 41 disposed in the housing 31, two vertical chucks 42 pivotally mounted on the support rod 41, and two chuck springs 43. The two vertical chucks 42 A finite angle of rotation can be performed on the support rod 41. The periphery of the two vertical chucks 42 is respectively provided with a buckle 421, a first fastening portion 422, a second fastening portion 423, and a limiting portion. 424. One end of the two chuck springs 43 is respectively connected to the two vertical chucks 42, and the other end is connected to the two side walls of the casing 31.

Referring to Figures 4, 5 and 6, the two vertical chucks 42 are rotatable between an unlocked position and a locked position. The two chuck springs 43 respectively pull the two vertical chucks 42 to rotate the support rod 41 by an angle until the limiting portion 424 of the circumference of the two vertical chucks 42 is located against the inner wall of the housing 31. The inner wall of the housing 31 is provided with a blocking crossbar for blocking the limiting portion 424 to limit the two vertical chucks 42 to the unlocked position. When the two vertical chucks 42 are in the unlocked position, the buckle piece 21 can be inserted into the insertion hole 33, and the two vertical chucks 42 are pushed against the tension of the two chuck springs 43. The chuck 42 is rotated against the potential to the locked position.

The electromagnetic lock unit 5 includes two electromagnetic mechanisms 51 fixed to the rear end of the housing 31, and two magnetically controlled and controlled by the two electromagnetic mechanisms 51, respectively. The position of the telescopic rod 52, the electromagnetic buckle 53 connected to the two telescopic rods 52, the two electromagnetic lock springs 54, an electromagnetic lock guide rod 55 disposed in the housing 31, and the two are respectively disposed on the electromagnetic The electromagnetic lock guide groove 56 is inserted into the buckle 53 and inserted by the electromagnetic lock guide rod 55. One end of the two electromagnetic lock springs 54 is respectively connected to the two electromagnetic buckles 53, and the other end is connected to the inner side of the housing 31.

When the cleat 21 of the clasp device 2 is inserted into the insertion hole 33, the two hooks 421 are simultaneously pushed to rotate the two vertical chucks 42 to the locking position, and the two electromagnetic lock springs 54 can respectively The two electromagnetic fasteners 53 are respectively pushed against the two first fastening portions 422, so that the two electromagnetic fastening devices 53 respectively interfere with the two vertical chucks 42 so that the two vertical chucks 42 cannot be rotated to lock The two fastening holes 22 of the buckle 21 are fixed.

The two electromagnetic mechanisms 51 are electromagnetic components. When the power is applied, the magnetic attraction force is generated, and the two telescopic rods 52 can be respectively pulled to separate the two electromagnetic buckles 53 from the two first fastening portions 422. The key 61 is configured to separate the pressing button holder 62 from the two second fastening portions 423. The elastic force of the two chuck springs 43 can rotate the two vertical chucks 42 to the unlocked position, and the buckle device is 2 pops outward.

When the two electromagnetic mechanisms 51 are not energized, the two electromagnetic buckles 53 are respectively moved by the force of the two electromagnetic lock springs 54 to the two vertical chucks 42 and respectively abut against the outer edges of the two vertical chucks 42. Waiting for the insertion of the fastening device 2, when the fastening piece 21 of the fastening device 2 is inserted into the insertion hole 33 of the housing unit 3, the fastening piece 21 simultaneously pushes the buckle 421 of the two vertical chucks 42. The two vertical chucks 42 are rotated to the locking position, and the force of the two electromagnetic lock springs 54 pushes the two electromagnetic buckles 53 to the two first fastening portions 422, respectively.

The electromagnetic lock guide 55 is disposed in the electromagnetic lock guide groove 56 of the two electromagnetic buckles 53 to limit the movement of the two electromagnetic buckles 53 so that the two electromagnetic lock springs 54 pull the two electromagnetic buckles 53. The two electromagnetic buckles 53 can accurately resist the two first fastening portions 422, and the electromagnetic lock The guiding rod 55 can further provide the force that the two electromagnetic buckles 53 interfere with the two vertical chucks 42 so that the two vertical chucks 42 cannot rotate.

The push lock unit 6 includes a push button 61 that is slidably connected to the push hole 32, a button clip 62 that is connected to the push button 61, two push lock springs 63, and two push locks disposed in the housing 31. a guiding rod 64, and two pressing locking guide grooves 65 disposed on the pressing button 61 and inserted by the pressing locking guide 64. One ends of the two pressing lock springs 63 are respectively connected to the two sides of the pressing button 61, and the other end is connected It is connected to the inside of the casing 31.

When the fastening piece 21 of the fastening device 2 is inserted into the insertion hole 33, the two fastening hooks 421 are simultaneously pushed to rotate the two vertical chucks 42 to the locking position, and the elastic force of the two pressing lock springs 63 is pulled. The push button 61 pushes the button clip 62 against the second latch portion 423 at the same time, so that the button clip 62 interferes with the two vertical chucks 42 respectively, so that the two vertical chucks 42 The two fastening holes 22 of the buckle 21 cannot be rotated and locked.

The pressing button 61 is exposed by the pressing hole 32 of the housing 31 for pressing by a human hand. When the pressing button 61 is pressed, the elastic force of the two pressing lock springs 63 can be resisted, and the button fastening 62 and the second second buckle are pressed. The portion 423 is separated, and the two electromagnetic mechanisms 53 are separated from the two first buckle portions 422 by the two electromagnetic mechanisms 51. The elastic force of the two chuck springs 43 can rotate the two vertical chucks 42 to the unlocked position. And ejecting the clasp device 2 outward.

When the pressing button 61 is released by the hand, the button clip 62 is moved by the force of the two pressing lock springs 63 to the two vertical chucks 42 and respectively abuts against the outer edge of the two vertical chucks 42 and waits. The insertion of the fastening device 2, when the fastening piece 21 of the fastening device 2 is inserted into the insertion hole 33 of the housing unit 3, the fastening piece 21 simultaneously pushes the buckle 421 of the two vertical chucks 42 The two vertical chucks 42 are rotated to the locking position, and the force of the two electromagnetic lock springs 54 pushes the two electromagnetic fasteners 53 to the two first fastening portions 422, respectively.

The two pressing lock guides 64 are respectively disposed on the pressing button 61. The second press lock guide groove 65 cooperates with the two press lock guide grooves 65 to be parallel with each other to limit the movement of the button clip 62 so that when the two press lock springs 63 pull the push button 61, the button button The second locking portion 423 can be accurately supported by the second locking portion 423, and the two pressing and guiding guides 64 can provide the force that the button fastening member 62 interferes with the two vertical chucks 42 to make the two The chuck 42 cannot be rotated.

When the two vertical chucks 42 are in the locked position, the two electromagnetic fasteners 53 are respectively fastened against the two first fastening portions 422, and the button fastenings 62 are simultaneously buckled against the second fastening portions. 423, so that the two vertical chucks 42 are double-locked by the electromagnetic lock unit 5 and the push lock unit 6, and can not be rotated, and respectively interfere with the two fastening holes 22, so that the buckle device 2 and the buckle The devices are locked together.

Referring to FIG. 7 and FIG. 8 , the detecting unit 7 includes two detectors 71 disposed in the housing 31 for detecting the positions of the two electromagnetic clips 53 respectively. In the preferred embodiment, the detector 71 is an infrared ray sensor having an infrared ray emitting member and an infrared ray receiving member, and a light blocking member 72 is disposed on the electromagnetic yoke 53 respectively. When the two vertical chucks 42 are in the locking position, the two electromagnetic fasteners 53 are moved by the tension of the two electromagnetic lock springs 54 to the two vertical chucks 42 to respectively fix the two first buckles. When the portion 422 is used, the two light blocking members 72 do not block the infrared rays emitted by the infrared light emitting member, so that the infrared receiving member can receive the infrared rays, and each of the center consoles issues the fastener device to lock the buckle. Information with the device. In actual implementation, the second detector 71 can use other position detecting components, and should not be limited thereto.

It is worth mentioning that the buckle 421, the first fastening portion 422 and the second fastening portion 423 designed by the circumference of the two vertical chucks 42 can only be used in the locking position. The two fastening holes 22, the two electromagnetic buckles 53, and the button fastenings 62 on the buckle 21 can closely contact each other.

Continued, when the two vertical chucks 42 are rotated When the position of the lock is locked, the two electromagnetic latches 53 and the button clips 62 are only in contact with the peripheral position of the two vertical chucks 42 , so that the two light blocking members 72 disposed on the two electromagnetic buckles 53 are just moved to The position of the infrared ray is blocked so that the infrared ray receiving member cannot receive the infrared ray, so that the two detectors 71 can respectively issue correct locking information to the center console.

The light unit 8 includes an illuminator 81 disposed in the housing 31. In the preferred embodiment, the illuminator 81 is disposed in a space above the two telescopic rods 52, and is energized to emit light. The housing 31 surrounds the internal mechanical structure and the electronic structure, and further causes the light emitted by the illuminator 81 to be externally reflected by the insertion hole 33, thereby facilitating the user to find the insertion in a dark indoor environment. The position of the hole 33 is inserted into the insertion hole 33 of the buckle device 2.

The fastening device further includes a forcible unlocking unit 9 including an unlocking hole 91 formed in the pressing button 61, and an unlocking device that can be inserted by the unlocking hole 91 to push the two electromagnetic buckles 53 and the button fastening device 62. 92. The unlocker 92 has a first pushing portion for pushing the two electromagnetic buckles 53 and a second pushing portion for pushing the pressing button 61. The distance between the first pushing portion and the second pushing portion is equal to The distance between the two electromagnetic fasteners 53 and the pressing button 61 is such that the unlocking device 92 is inserted into the unlocking hole 91, and when the pushing force is pushed into the pressing button 61, the unlocking device 92 simultaneously inserts the two electromagnetic buckles. The latching member 62 is simultaneously pushed away from the two first latching portions 422 and the second latching portion 423 to unlock the latching unit 4 so that the latching piece 21 can be removed from the insertion hole 33.

Since the two electromagnetic mechanisms 51 need to be powered to generate electromagnetic force, the two electromagnetic buckles 53 are detached from the two first fastening portions 422. When the power generation condition of the two electromagnetic buckles 53 is controlled, the When the two electromagnetic fasteners 53 are disengaged from the two first fastening portions 422, the pressing of the pressing button 61 alone cannot unlock the chuck unit 4. In this case, the unlocking device 92 must be used to perform the unlocking operation.

The safety buckles disclosed by the prior art cannot detect the locks individually. When the locked position of the mechanism is damaged, it is not only impossible to judge the damage condition by the appearance, but the central control room cannot obtain the information of single failure, but another good lock in the safety buckle The heart structure will still lock the buckle, causing the damaged safety fastener to continue to be used. If the other good lock structure in the safety buckle is damaged during the operation of the somatosensory device, the buckle will be immediately removed from the safety. The accident of the buckle.

The light shielding member 72 is disposed on the two electromagnetic fasteners 53 respectively, and the locking state of the two sets of vertical chucks 42 inside the fastening device is confirmed by the double detection of the two detectors 71. One of the problems occurs in the rotation of the vertical chuck 42. The central control room can immediately obtain information, avoiding the seat from providing the customer, and notifying the maintenance personnel to replace it, thereby effectively improving the safety level of the conventional buckle.

The creator of the present invention emphasizes that the clip device uses two sets of detectors 71 to respectively sense the positions of the two telescopic rods 52, and can respectively confirm whether the two vertical chucks 42 are rotated to the locked position. And whether the two electromagnetic fasteners 53 are pushed into the two first fastening portions 422, and the detection information of each of the detectors 71 is connected to the central control station, so that the central control station can separately confirm each of the fastening devices. Whether the two sets of lock core structures provided in the device are normally operated, the present invention does achieve the setting of two sets of independent sensing lock core structures in a single clip device.

When the center console detects that one of the detectors 71 detects an abnormality, even if the buckle 21 of the fastening device 2 can be normally inserted in the insertion hole 33, the center console can judge the inside of the fastening device. The mechanical structure of a vertical chuck 42 is abnormal, the center console immediately restricts the start of operation of the somatosensory facility, and informs the maintenance personnel to replace the buckle device to ensure two sets of locks inside the clip device disposed on the chair. The heart structure can operate normally to protect the safety of the occupants.

It can be seen from the above description that the present buckle device has the following effects:

First, it does issue a lock message.

When the two electromagnetic fasteners 53 are moved by the tension of the two electromagnetic lock springs 54 to the two vertical chucks 42 and respectively fix the two first fastening portions 422, the two light blocking members 72 cannot block the The infrared ray emitted by the infrared illuminating member is such that the infrared ray receiving member can respectively receive the infrared ray signal, and each of the center consoles issues the information that the fastener device has locked the buckle device.

Second, it really improves the security level

The buckle 421, the first fastening portion 422, and the second fastening portion 423 designed by the circumference of the two vertical chucks 42 are just two of the fastening pieces 21 only in the locking position. The buttonhole 22, the two electromagnetic fasteners 53, and the button fasteners 62 can closely contact each other. When the two vertical chucks 42 are rotated in the unlocking position, the two electromagnetic buckles 53 and the button fastenings 62 can only contact the circumference of the two vertical chucks 42 to cause the two electromagnetic buckles 53 to be The two light blocking members 72 are disposed to move to a position blocking the infrared signal.

Third, provide location information in the dark environment

The illuminator 81 disposed in the housing 31 can receive a slight light from the insertion hole 33, which is convenient for the user to find the position of the insertion hole 33 in a dark indoor environment, and the buckle device 2 is The cleat 21 is inserted into the insertion hole 33.

Fourth, to avoid the damage of the fastener device to continue to use

The center console detects that one of the detectors 71 detects an abnormality, and can determine that the mechanical structure of one of the vertical chucks 42 inside the buckle device is abnormal, immediately stops the somatosensory facility from starting again, and notifies the maintenance personnel to perform the operation. The buckle device is replaced to ensure that the two sets of lock core structures inside the clip device disposed on the chair can operate normally, thereby effectively protecting the safety of the occupant and avoiding the continued use of the damaged clip device.

In summary, the buckle device is next to the two telescopic rods 52 The two sets of infrared ray detectors 71 are respectively arranged to detect the two ray blocking members 72 that are interlocked with the two electromagnetic shackles 53 to respectively confirm the rotational position of the two vertical chucks 42. The light-emitting unit 8 is disposed in the space above the rod 52 to provide a position for the user to find the insertion hole 33 in a dark indoor environment, so that the purpose of the present invention can be achieved.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

2‧‧‧Bucking device

21‧‧‧Bucks

22‧‧‧ buttonhole

3‧‧‧Sheet unit

4‧‧‧ chuck unit

5‧‧‧Electromagnetic lock unit

6‧‧‧ Press lock unit

7‧‧‧Detection unit

8‧‧‧Lighting unit

9‧‧‧Forced unlocking unit

Claims (10)

A buckle device adapted to be detachably locked with a buckle device, the buckle device having a buckle having two fastening holes, the fastening device comprising: a housing unit comprising a casing a pressing hole disposed in the housing, and a mounting hole disposed in the housing; a chuck unit including a support rod disposed in the housing, and two pivotally disposed on the support rod a chuck, a hook of the first vertical chuck, a first latching portion, and a second latching portion; an electromagnetic lock unit comprising two electromagnetic mechanisms fixed to the housing, a telescopic rod respectively connected to the two electromagnetic mechanisms, and two electromagnetic buckles respectively connected to the two telescopic rods; a pressing lock unit comprising a pressing button slidingly in the pressing hole, and a pressing button And a detecting unit, comprising: a detector disposed in the housing for detecting the position of the two electromagnetic fasteners; the two vertical chucks are at an unlocking position and Rotating between the locking positions, when the two vertical chucks are in the unlocked position, the buckle can be inserted Inserting the hole and pushing the two vertical chucks to the locking position, when the two vertical chucks are in the locking position, the two electromagnetic buckles respectively buckle against the two first fastening portions, The button fastener is simultaneously buckled against the two second buckle portions, so that the two vertical chucks cannot rotate and interfere with the two buttonholes respectively, so that the buckle device is locked with the buckle device. The device of claim 1 further comprising a lighting unit comprising an illuminator disposed in the housing. The device of claim 2, wherein the chuck unit further comprises two chuck springs respectively rotating the two vertical chucks to the unlocking position, wherein the two chuck springs are respectively The two vertical chucks are connected and the other end is connected to the housing. The device of claim 3, wherein the electromagnetic lock unit further comprises two electromagnetic lock springs respectively pushing the two electromagnetic buckles against the two first buckle portions, the two electromagnetic locks One end of the spring is respectively connected to the two electromagnetic buckles, and the other end is connected to the housing. The device of claim 4, wherein the press lock unit further comprises a push lock spring that pushes the button clip against the second latch portion, and the one end of the two press lock springs They are respectively connected to the pressing button, and the other end is connected to the housing. The device of claim 5, further comprising a forcible unlocking unit, comprising an unlocking hole formed in the pressing button, and an unlocking hole can be inserted to push the electromagnetic button and the button button With an unlocker. The fastener device of claim 6, wherein the housing unit further comprises a fixture projecting outwardly from the bottom end of the housing. The clip device of claim 7, wherein the insertion hole has a guide wall enclosing a guiding passage. The device of claim 8 , wherein the electromagnetic lock unit further comprises an electromagnetic lock guide disposed in the housing, and The electromagnetic lock guide grooves are respectively disposed on the two electromagnetic buckles and inserted by the electromagnetic lock guide rods. The shackle device of claim 9 , wherein the push lock unit further comprises two push lock guides disposed in the housing, and the second push button is disposed on the push button and inserted by the push lock guide Press the lock guide.