CN101103166A

CN101103166A - Security device having a cable

Info

Publication number: CN101103166A
Application number: CNA2005800465760A
Authority: CN
Inventors: P·洛佩斯; G·费尔南德斯; R·L·迈克尔; 小富兰克林·H·瓦拉德
Original assignee: Sensormatic Electronics Corp
Current assignee: Adt Services LLC; Tyco Fire and Security GmbH; Sensormatic Electronics LLC
Priority date: 2004-12-07
Filing date: 2005-12-07
Publication date: 2008-01-09
Anticipated expiration: 2025-12-07
Also published as: CN101103167A; CN101099017A; CN101103167B; CN101099017B; ES2362887T3; CN101099016B; CN101103168A; CN101103168B; CN101099016A; ES2364490T3; CN101103166B

Abstract

Systems and apparatus for a security device for an article having a constrained elongate member are disclosed.

Description

Safety means with cable

The name that the application requires on December 7th, 2004 to submit to is called the U.S. Provisional Patent Application sequence number 60/633 of " Improved EASSecurity Tags ", 813 priority, and the name that requires on May 23rd, 2005 to submit to is called the U.S. Provisional Patent Application sequence number 60/683 of " Improved EAS Security Tags ", 657 priority, these two parts of applications are introduced for your guidance in full at this.

Related application

Specify this international application of the U.S. to relate to the following application of specifying the U.S.:

(1)“Magnetically?Actuable?Locking?Mechanism?And?AssociatedSecurity?Device”；

(2)“Optical?Disk?Security?Device?Having?A?MagneticallyActuable?Locking?Mechanism”；

(3) " Security Device For An Article Having A ConstrainedElongate Element "; And

(4)“Security?Device?For?A?Bottle”。

These related applications are submitted to simultaneously with the application, and introduce for your guidance in full at this.

Background technology

The safety label system designed to be used prevent from control area's unauthorized take commodity away.For example, typical electronic article monitors that (EAS) system can comprise surveillance and one or more safety label.Surveillance can form guarded region at the place, access of control area.Safety label can be encapsulated in and be fixed in the safety means of being monitored commodity, and this is monitored commodity and for example is durable commodity, for example sporting equipment, sunglasses, jewelry, bottle etc.Entered guarded region if monitor commodity, will trigger alarm with the indication unauthorized removal.

Safety means can be fixed on a large amount of different commodity.Expectation allows safety means to take down from commodity with authorizing, and the undelegated comparison difficulty that takes down.Therefore, need usually at safety means and especially for the improvement technology of the system that safety means is fixed to commodity.

Description of drawings

Highlighted and the clearly prescription in the decline of manual as the theme of embodiment.Yet, when understanding in conjunction with the accompanying drawings, by can understand embodiment best with reference to following detailed description, wherein about method of operating and structure:

Fig. 1 shows according to the safety means of an embodiment and the parts of system;

Figure 1A shows the phantom drawing according to the eliminator of an embodiment;

Figure 1B shows the vertical view according to the eliminator of an embodiment;

Fig. 1 C shows the front view according to the eliminator of an embodiment;

Fig. 1 D shows the lateral view according to the eliminator of an embodiment;

Fig. 1 E shows the phantom drawing of a part that is configured to nonrecoverable safety means;

Fig. 1 F shows the vertical view of a part that is configured to nonrecoverable safety means;

Fig. 1 G shows the phantom drawing of a part that is configured to reducible safety means;

Fig. 1 H shows the phantom drawing of a part that is configured to nonrecoverable safety means;

Fig. 1 I shows the vertical view of a part that is configured to nonrecoverable safety means;

Fig. 1 J shows the front view of a part that is configured to nonrecoverable safety means;

Fig. 2 shows the phantom drawing according to the cable safety means of an embodiment;

Fig. 3 shows the phantom drawing according to the part of the cable safety means of taking top casing away of an embodiment;

Fig. 4 shows the decomposition view according to the cable safety means of an embodiment;

Fig. 5 shows the phantom drawing according to the cable safety means of an embodiment;

Fig. 6 shows the partial interior vertical view according to the cable safety means of an embodiment;

Fig. 7 shows the front view according to the cable safety means of an embodiment;

Fig. 8 shows the lateral view according to the cable safety means of an embodiment;

Fig. 9 shows the lateral view according to the cable safety means of an embodiment;

Figure 10 shows the phantom drawing according to the security tags assembly of an embodiment;

Figure 11 shows the phantom drawing according to the security tags assembly of an embodiment;

Figure 12 shows the phantom drawing according to the security tags assembly of an embodiment;

Figure 13 shows the phantom drawing according to the security tags assembly of an embodiment;

Figure 14 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 15 shows the phantom drawing according to the part of the cable safety means of taking top casing away of an embodiment;

Figure 16 shows the decomposition view according to the cable safety means of an embodiment;

Figure 17 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 18 shows the partial interior vertical view according to the cable safety means of an embodiment;

Figure 19 shows the front view according to the cable safety means of an embodiment;

Figure 20 shows the lateral view according to the cable safety means of an embodiment;

Figure 21 shows the lateral view according to the cable safety means of an embodiment;

Figure 22 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 23 shows the phantom drawing according to the part of the cable safety means of taking top casing away of an embodiment;

Figure 24 shows the decomposition view according to the cable safety means of an embodiment;

Figure 25 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 26 shows the partial interior vertical view according to the cable safety means of an embodiment;

Figure 27 shows the front view according to the cable safety means of an embodiment;

Figure 28 shows the lateral view according to the cable safety means of an embodiment;

Figure 29 shows the lateral view according to the cable safety means of an embodiment;

Figure 30 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 31 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 32 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 33 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 34 shows according to preceding, the side of the cable safety means of an embodiment and vertical view;

Figure 35 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 36 shows the front view according to the cable safety means of an embodiment;

Figure 37 shows the vertical view according to the cable safety means of an embodiment;

Figure 38 shows the lateral view according to the cable safety means of an embodiment;

Figure 39 shows the partial interior phantom drawing according to the cable safety means of an embodiment;

Figure 40 shows the partial interior vertical view according to the cable safety means of an embodiment;

Figure 41 shows the partial interior phantom drawing according to the cable safety means of an embodiment;

Figure 42 shows the partial interior lateral view according to the cable safety means of an embodiment;

Figure 43 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 44 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 45 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 46 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 47 shows according to preceding, the side of the cable safety means of an embodiment and vertical view;

Figure 48 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 49 shows the vertical view according to the cable safety means of an embodiment;

Figure 50 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 51 shows the front view according to the cable safety means of an embodiment;

Figure 52 shows the lateral view according to the part of the cable safety means of an embodiment;

Figure 53 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 54 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 55 shows the phantom drawing according to the cable safety means of an embodiment;

Figure 56 shows the phantom drawing according to the cable safety means of an embodiment; With

Figure 57 shows according to preceding, the side of the cable safety means of an embodiment and vertical view.

The specific embodiment

Embodiment relates to device, the system and method with commodity and safety label pairing.

For example, an embodiment can comprise safety means, and these safety means comprise locking mechanism, safety label and shell.Locking mechanism can comprise: the magnetic actuation breech lock; Make the flexible member of magnetic actuation breech lock towards the latched position bias voltage; And the breech lock matching element, its at least a portion with the magnetic actuation breech lock cooperates in latched position.Here employed " latched position " refers to magnetic actuation and is latched in the position that interior volume is divided ground or fully engaged, is connected or cooperates with the breech lock matching element.Shell can be and is constructed to partially or fully comprise, is fixed to shell around locking mechanism, safety label, breech lock matching element and commodity or with locking mechanism, safety label, breech lock matching element and commodity.Fixedly the time, make the magnetic actuation breech lock of locking mechanism to cooperate with lock enclosure in latched position, thereby and fixing chlamydate safety label is fixed on the commodity with the breech lock matching element.When shell locked, safety means can stop or resist the trend that commodity are separated with shell.Another embodiment can comprise security system, and this security system comprises safety means and eliminator, and this eliminator can be the equipment that comprises magnet.This eliminator can be used for by apply magnetic force with the magnetic actuation breech lock away from this latched position this shell of release.

Should be noted that, at any time mention " embodiment " or " embodiment " in this manual and be meant and comprise at least one embodiment in conjunction with the described concrete part of this embodiment, structure or characteristic.In manual, phrase " in one embodiment " occurs and all must not refer to same embodiment at diverse location.

Here can propose many concrete details, understand these embodiment are provided completely.Yet, it will be understood to those of skill in the art that these embodiment can need not these concrete details and implement.In other situation, do not describe known method, step and parts in detail, to avoid making these embodiment indigestions.Be understandable that ad hoc structure disclosed herein and function detail are representational, and not necessarily will limit the scope of this embodiment.

In detail with reference to accompanying drawing, wherein identical in the text parts are marked with identical Reference numeral now, and Fig. 1 shows the front view of parts, wherein can be included in security system 1 and the safety means 2 according to these parts of embodiment.In this embodiment, security system 1 comprises safety means 2 and eliminator 40.Safety means 2 can comprise locking mechanism 10, safety label 20 and shell 30.

Locking mechanism 10 can be the magnetic actuation bolt lock mechanism, and can comprise magnetic actuation breech lock 12, flexible member 16 and breech lock matching element 18.

Magnetic actuation breech lock 12 can comprise: base portion 13, this base portion can comprise base end 13A and side surface 13B and 13C; With latch portion 14, this latch portion comprises latch portion end 14A; With middle body 15.

Magnetic actuation breech lock 12 can have the surface that is roughly rectangle, so that base portion 13 has and latch portion 14 and all identical width of middle body 15.Thereby the distance of the width of base portion 13 or two side surface 13B and 13C can equate with the respective width of latch portion 14 and middle body 15.In another embodiment, the width of base portion 13, latch portion 14 and middle body 15 can be different.Magnetic actuation breech lock 12 can have elongated, uniform cross section.

Yet magnetic actuation breech lock 12 can undesirably be configured to comprise one or more, and can or face title or asymmetric around any point, line.For example, in different embodiment, that magnetic actuation breech lock 12 can be configured to have is "T"-shaped, " I " shape, shaped form or other surface configuration, and have rectangle, annular, thick, hollow or empty, and/or cross section heterogeneous, perhaps as the different embodiment about magnetic actuation breech lock 912 described herein.In another embodiment, that the latch portion end 14A of magnetic actuation breech lock 12 can comprise one or more teeth, rib, recess, indentation, point, curve, hollow or other shape, embodiment about magnetic actuation breech lock 912 for example described herein, however base end 13A can be flat or other shape.In addition, base end 13A can be continuous or discontinuous.Magnetic actuation breech lock 12 can be constructed so that its part-for example latch portion 14-can engage, hold, inserts breech lock matching element 18 or cooperate with breech lock matching element 18, and is for example as described herein at least.

In one embodiment, safety means 2 comprise a plurality of magnetic actuation breech locks 12, and each magnetic actuation breech lock 12 may be arranged on the identical or different part of safety means 2 with another flexible member 16 and breech lock matching element 18.For example, in one embodiment, each of a plurality of magnetic actuation breech locks 12 can with another part cooperation of safety means 2 to lock this part, for example, the part of affixed merchandise or the fixing part of safety label 20.

Magnetic actuation breech lock 12 can comprise or can be made by magnetic material that this magnetic material for example is iron, nickel or cobalt, or the alloy of iron, nickel or cobalt.In one embodiment, magnetic actuation breech lock 12 comprises one or more magnetic materials and also can comprise one or more nonmagnetic substances.

Flexible member 16 can form as required, for example as described herein about cube, ellipsoid, coil or other Any shape of the embodiment of flexible member 916, and can comprise one or more, or can combine with magnetic actuation breech lock 12 or integrally form.In one embodiment, flexible member 16 can form cantilever, for example the sheet spring.Flexible member 16 can comprise or can be formed by flexible material, this flexible material for example for light, porous, semirigid, flexible, be filled with air and/or spongy material, this material the time can provide resistance in compression, and can partly or entirely recover its not shape by compression the time when cancelling pressure.For example, in different embodiment, flexible member 16 can comprise or can be formed by foam rubber, polymeric foam, ceramic foam or other foam, rubber and/or another kind of material or multiple material.Flexible member 16 can also or be configured to provide resistance alternatively when compression.For example, in different embodiment, flexible member 16 can be configured to coil, sheet or other cantilever, perhaps other spring, and perhaps other similar component, it comprises metal, condensate, pottery and/or another kind of material or multiple material.Flexible member 16 can have any multiple material.

Breech lock matching element 18 can be constructed as required, for example has one or more holes or other space, rib, tooth, excrescence or other shape.Breech lock matching element 18 can comprise one or more, and can form as one from shell 30 separation or with it, and is for example as described herein.Breech lock matching element 18 can be configured to engage, hold, insert at least a portion of magnetic actuation breech lock 12 or cooperate with at least a portion of magnetic actuation breech lock 12.For example, in one embodiment, magnetic actuation breech lock 12 slender member for having the square surface shape wherein, breech lock matching element 18 can be configured to hollow, the latch portion 14 of magnetic actuation breech lock 12 or its part can be inserted in latched position there, as described herein.In one embodiment, wherein magnetic actuation breech lock 12 has tooth at its latch portion end 14A place, and breech lock matching element 18 can be configured to the rib that engages in latched position with tooth.

Safety label 20 can be any detectable equipment or system, for example any safety label or mark.For example, in different embodiment, safety label 20 can be the eas tag (for example radio frequency (RF) label, audio magnetic label and/or their assembly) of any kind, radio frequency identification (RFID) label, intelligent label or other detectable antitheft or other label.Safety label 20 can be by corresponding detecting system or Equipment Inspection, and this depends on the type of safety label or mark, for example, and sound magnetic detector, electromagnetic detector, rf detector or other detector.

Partly illustrate among the embodiment as Fig. 1, shell 30 can be any case or other structure, its hold partially or completely and/or surround, seal, fix, interlocking or fixation locking mechanism 10 and safety label 20, when locking mechanism 10 during in latched position, shell is locked into commodity thus.Shell 30 and locking mechanism 10 can be cooperated thus with fixing or locking commodity to shell 30, and fixing thus or lock onto on the safety means 2.Shell 30 can be as needs ground structure, and can be shaped the embodiment about

shell

930,1030,1130,1230 for example described herein based on the shape of locking mechanism 10, safety label 20 and the designs fix commodity on it.Shell 30 can comprise breech lock matching element 18, and breech lock matching element 18 can form with shell 30.Shell 30 is configured to and 18 pairings of breech lock matching element alternatively.Shell 30 can comprise condensate and/or another kind of material or multiple material.

The parts that are included in the safety means 2 can be constructed so that safety means 2 are lockable on the commodity, the embodiment about safety means that for example describes below.Safety label 2 is reusable or can use once.

Figure 1A-1D shows phantom drawing, vertical view, front view and the lateral view according to the eliminator 40 shown in Fig. 1 of an embodiment.Eliminator 40 can be the equipment that comprises and hold magnet 42.Magnet 42 can be the magnet of any kind, for example any permanent magnet or electromagnet.About security system 1, eliminator 40 can use with safety means 2, with safety means 2 release from the commodity.Eliminator 40 can be arranged to the magnetic actuation breech lock 12 near safety means 2 suitably, promotes magnetic actuation breech lock 12 away from latched position to apply magnetic force, thereby allows the shell 30 of safety means 2 to take off from the commodity that it locked.

In different embodiment, eliminator 40 can comprise different magnet 42.For example, thus the magnet 42 of eliminator 40 can select away from latched position makes the required magnetic force of safety means 2 releases based on mobile magnetic actuation breech lock 12.This magnetic force can greater than against with the power of this reverse movement.This opposite power the resistance that provided during by 12 compressions of magnetic actuation breech lock at flexible member 16 for example can be provided, during movement contact shell 30 and/or frictional force and other power that other element produced by magnetic actuation breech lock 12.In another embodiment, wherein eliminator 40 is used to have heteroid multiple safety means, and magnet 42 can be selected as enough strong, needs kicker magnet to come the safety means of release with release.

In one embodiment, safety means 2 can be configured for disposable use.For example in the shown embodiment of Fig. 1 E-1F, the magnetic actuation breech lock 12 of safety means 2 can be arranged in the groove 3, to cooperate in latched position with breech lock matching element 18.One or more springs or other cantilever-for example cantilever 4 and 5 is arranged in the groove 3 with the elasticity stress state.

For example cantilever 4 can have the unloading position shown in Fig. 1 E.Cantilever 4 is flexible to a position, and in this position, its sidepiece 4A is adjacent with cell wall 3A, thereby is loaded by elasticity.Then, magnetic actuation breech lock 12 can be arranged in groove 3 in the latched position adjacent with its opposite side 4B, prevents that cantilever 4 from moving and keep its elastic load.Cantilever 5 can be provided with similarly.Magnetic actuation breech lock 12 shifts out latched position by eliminator 40 then, and cantilever 4 and 5 can no longer be limited by magnetic actuation breech lock 12, and elastic recovery or turn back to its unloading position.In these positions, cantilever 4 and 5 extends to and makes them can stop the base portion 13 of magnetic actuation breech lock 12 to move these cantilevers in the groove 3, and magnetic actuation breech lock 12 may not turn back to latched position.Thereby any subsidiary safety means all no longer can lock.

In another embodiment, include only cantilever 4 and 5 in one.In a plurality of other embodiment, other flexible member for example coil or other spring, rubber and foam can be used in the groove 3 or other parts of shell, uses twice with the safety means that prevent to attach.

In another embodiment shown in Fig. 1 G-1J for example, locking mechanism part and housing parts can be configured such that after each magnetic actuation breech lock 12 shifts out latched position, magnetic actuation breech lock 12 may must be reset, so that it is repositioned at latched position.For example, magnetic actuation breech lock 12 can be arranged in the groove 6, and its base end 13A is adjacent with depressed part 7.Depressed part 7 can be configured such that at least a portion of magnetic actuation breech lock 12 falls into or be pulled at least depressed part 7 when magnetic actuation breech lock 12 is offset out latched position.The profile of this depressed part determines that by wall 8 wall 8 can limit the motion that magnetic actuation breech lock 12 returns towards latched position.In this embodiment, the safety means that wherein are provided with magnetic actuation breech lock 12 can " reset " for use, and for example by adopting magnet, this magnet can shift out depressed part with magnetic actuation breech lock 12.

In another embodiment, the cable safety means of for example describing with reference to the embodiment of Fig. 2-9 902 can comprise locking mechanism 910, safety label 920, cable 922 and shell 930.

Fig. 2 shows the phantom drawing according to the cable safety means 902 of an embodiment, and can be with reference to the respective element of being discussed.In this embodiment, cable safety means 902 comprise shell 930 and cable 922, and this shell 930 can comprise bottom enclosure 950 and top casing 970.

Cable 922 can be an elongated member, and can be columniform to small part, and can comprise plastics and metal.Cable 922 can be flexible.Yet in different embodiment, cable 922 can have different structures.For example, cable 922 can comprise the combination of other shape, other material or material and/or one or more elements of cable safety means 902.

For example, in one embodiment, cable 922 can be or be exactly the part of any multiple size and dimension of closed loop.Just as used herein like that, term " closed loop " can refer to the structure in a space of continued circling, and this space is extended and passed completely through this structure.The part of this structure can be thought in this space, perhaps can think by this structure ring around the space.This space can have or can not have fixing size.This closed loop can form with other structure, and for example shell perhaps can be an independent part.Closed loop can for example make two parts of continuous structure connect each other or these two parts of continuous structure connect with second structure of telling two parts and form.

In different embodiment, closed loop can comprise lashing, belt, rope, chain, belt and other similar structure, each continuous part that all has connection each other or connect with branched structure of these structures.Closed loop can be by fixing this commodity around the commodity tensioning.Closed loop can be fixed on the commodity by extending through a space, this space extend through these commodity and by these commodity continuously around.

The example that can be fixed to the commodity of closed loop is the structure with main body and continuous belt or other handle, this handle has at least one part, this at least one part is extended and away from described main body, and have the main body of being attached to, that form, that be fixed to main body with main body, sealed or be attached to the end of described main body by main body, thereby this structure is continuously around the space that extends through these commodity.Commodity with closed loop can have this structure, for example handbag, wallet or briefcase, and it has at two parts belt or other the continuous handle of end connection to these commodity for example.

Closed loop can be by being fixed to this commodity around commodity or its part tensioning.

As another embodiment of the structure of cable 922, cable 922 can be an elongated elements, and it is cylindrical and comprises breech lock matching element 918 to small part, as described in the following examples.

Shell 930 can have the cube profile to small part, and its external surface 932 can have short " I " or short small letter " l " shape, perhaps can have other shape.Shell 930 can comprise two holes 934 and 936.Each

hole

934 and 936 is extensible or can not extend through the

side

938 and 939 of

shell.Hole

934 and 936 can all be to be cylindrical to small part.Yet in different embodiment,

hole

934 and 936 can have other shape, for example to small part be cube or other arbitrary shape.

Hole

934 and 936 shape and size can all be constructed according to the shape and size of cable 922, and in different embodiment, cable 922 may extend into or pass any or two

holes

934 and 936, and is as described below.

The bottom enclosure 950 of shell 930 and top casing 970 can be formed with the some or all of of one or more holes 934 and 936.In one embodiment, bottom enclosure 950 and top casing 970 form a part of

porose

934 and 936, and for example half makes when shell 930 is assembled, and bottom enclosure 950 and top casing 970 cooperate formation holes 934 and 936.The shell 930 that comprises bottom enclosure 950 and top casing 970 can comprise one or more materials, for example plastics and metal, and these parts can comprise identical or different materials, perhaps its combining form.

In different embodiment, the size of shell 930 and parts thereof and shape can be constructed desirably, for example the shell of describing with reference to Fig. 1 embodiment 30.

Fig. 3 shows the phantom drawing according to the part of the cable safety means of an embodiment, and its top casing is taken off.Fig. 3 shows according to the locking mechanism 910 of the cable safety means 902 of an embodiment and the phantom drawing of bottom enclosure 950.Locking mechanism 910 can comprise magnetic actuation breech lock 912, flexible member 916 and breech lock co-operating member 918.

Magnetic actuation breech lock 912 can comprise magnetic material, and can comprise one or more materials, for example described in the magnetic actuation breech lock 12 of Fig. 1.Magnetic actuation breech lock 912 can comprise: base portion 913, and it can comprise base end 913A and base

portion side surface

913B and 913C; Latch portion 914, it can comprise latch portion end 914A; With middle body 915.

Magnetic actuation breech lock 912 can form to small part similar with " I ".Thereby, base portion side surface 913B can be parallel with 913C, and each can be straight at least basically, and the width of base portion 913-it can be the distance-can be wider than the respective width of middle body 915 between base portion side surface 913B and the 913C, but approximate the width of latch portion 914.Base end 913A can be flat and can be substantially perpendicular to base portion side surface 913B and 913C.Magnetic actuation breech lock 912 can be configured with less thickness.

Magnetic actuation breech lock 912 can comprise one or more protuberances 980.Protuberance 980 can be set to be arranged in to small part the latch portion 914 of magnetic actuation breech lock 912, and has the end on the 914A of latch portion end.

In one embodiment, protuberance 980 can be one or more teeth, for example three tooth 981-983.Three tooth 981-983 can have side 981A-983A and 981B-983B, and it can have relative angle, make them meet near increment 981C-983C separately or stop.Thereby increment 981C-983C is come to a point.

Side 981A-983A can be parallel at least basically, and side 981B-983B also can be like this.Sidepiece 981A-983A can tilt with respect to the base portion side of base portion 913 surface 913A-913B, and/or tilt with respect to the latch portion 914 of magnetic actuation breech lock 912 and one or two respective side of middle body 915.Side 981B-983B can or less tilt with respect to the respective side perpendicular of the base portion side of base portion 913 surface 913A-913B and latch portion 914 and middle body 915.Tooth 981-983 can equidistantly or unevenly separate.

Yet one or more protuberances 980 can comprise other structure.For example, described one or more protuberance 980 can comprise for example one or more ribs, recess, sawtooth, tip, curve or cavity etc.Described one or more protuberance 980 can be arranged at least partially on the latch portion 914 of breech lock and can comprise latch portion end 914A.Described one or more protuberance 980 can be formed at latched position and cooperate with breech lock matching element 918, and is as described below.

Magnetic actuation breech lock 912 can be constructed with different embodiment, and is for example described with reference to the magnetic actuation breech lock 12 shown in Fig. 1.

Flexible member 916 can comprise or be formed by flexible material, and can comprise one or more materials, and is for example described with reference to the flexible member shown in Fig. 1 16.In one embodiment, flexible member 916 can be configured to be essentially cuboid, makes its side 916A be wider than its side 916B, perhaps has other shape.In other different embodiment, flexible member 916 can be configured to or comprise coil or other elasticity or the similar component of one or more materials, and is for example described with reference to the magnetic actuation breech lock 12 of Fig. 1.

Breech lock matching element 918 can be included in the cable 922, and can separate with shell 930.In this embodiment, breech lock matching element 918 can comprise one or more spaces 990.In one embodiment, when described one or more teeth or other protuberance 980 extended in described one or more space 990, magnetic actuation breech lock 912 can cooperate with breech lock matching element 918 at the latched position place.

Profile can be drawn by one or more ribs 992 in described one or more space 990, and this rib can be for example with reference to protuberance 980 described protuberances.Described one or more rib 992 can each all comprise

rib side

994 and 996, and it can be uneven in one embodiment.For example, in one embodiment, rib side 994 can be approximately perpendicular to or tangential approximately perpendicular to the length direction of breech lock matching element 918, and rib side 996 can be with respect to the acutangulate angle of this length direction, for example 45 degree.This structure can be convenient to spur on a direction rather than another relative direction or mobile breech lock matching element 918 passes hole 934, and is as described below.

Yet breech lock matching element 918 can be configured to for example have one or more ribs, recess, sawtooth, tip, curve or space, to cooperate with magnetic actuation breech lock 912 in latched position.For example, in one embodiment, breech lock matching element 918 can be configured with one or more spaces 990, and the shape in this space is similar to or is substantially similar to the shape of one or more protuberances 980 of magnetic actuation breech lock 912.Thereby at least one space 990 can hold at least one protuberance 980 or its part, and this can prevent or stop pulls out breech lock matching element 918 from hole 934.

In another embodiment, breech lock matching element 918 comprises transparent material, for example rubber or flexible plastic, and this magnetic actuation breech lock 912 can comprise protuberance 980, for example pointed tooth.This protuberance can be deep in the breech lock matching element 918, and wherein magnetic actuation breech lock 912 is in latched position, and breech lock matching element 918 is by the power pulling, thereby this power is used for breech lock matching element 918 934 is guided out from shell 930 from the hole.

In one embodiment, cable 922 comprises breech lock matching element 918, and different structures can be arranged.For example, cable 92 and breech lock matching element 918 can comprise one or more materials.In one embodiment, breech lock matching element 912 and cable 92 comprise plastics, and wherein one or more ribs 992 also can comprise plastics.Breech lock matching element 918 can also comprise second material, for example stainless steel or other material.Metal can form the inside of breech lock matching element 918, and plastics can hold it and be provided with.In different embodiment, metal and plastic components can be discerptible or inseparable.For example, metal and plastic components can bonding, interference fit, co-molded, insertion and/or coating.Metalwork can be strengthened breech lock matching element 918 and prevent or stop the part fracture of breech lock matching element 918 or separate, thereby prevents or stop 902 releases of cable safety means.Metal can be that (beamed), stranded (stranded), flat wire, the part of band pearl is cylindrical, perhaps can form to strengthen cable 922, make breech lock matching element 918 and cable 922 can strengthen and more flexible by any suitable manner.Plastics can be deformable, make that rib 922 can be out of shape when pressure is applied on the rib 992.

In one embodiment, comprise that the cable 922 of breech lock matching element 918 can be cylindrical to small part, and have 1/8 inch of maximum gauge, and comprise the stainless steel core that holds 1/16 inch diameter and the plastic outer layer that is provided with.1/8 inch maximum outside diameter can comprise the maximum gauge of breech lock matching element 918 at rib 992 places.The diameter in breech lock matching element 918 zone at 990 places in the space can be less than 1/8 inch, and can be greater than 1/16 inch.In one embodiment, breech lock matching element 918 can change at the diameter in the zone with 990 places, space, and can for example change between 1/16 and 1/8 inch.In one embodiment, the part of cable 922 can not comprise breech lock matching element 918 and can have uniform 1/8 inch diameter.

In other different embodiment, breech lock matching element 918 can comprise other material, for example soft rubber or other exterior material and duroplasts or other internal materials.In other embodiments, cable 922 and breech lock matching element 918 can be formed by one or more materials, and these materials can or cannot each form the inside or the exterior section of breech lock matching element 918.

The bottom enclosure 950 of shell 930 can be configured such that the magnetic actuation breech lock 912 of locking mechanism 910 and flexible member 916 can be adjacent to set within it.Thereby, the base end 913A of magnetic actuation breech lock 912 can be set near or against living flexible member 916.Have such structure, the motion of magnetic actuation breech lock 912 and flexible member 916 can be restricted on one or more directions.

For example, bottom enclosure 950 can comprise trough end wall 965,

cell wall

966 and 968 and the groove 964 being determined and defined by trough end wall 965 by cell wall 966 and 968.

Cell wall

966 and 968 can comprise substantially parallel each other part, and can be respectively near base

portion side surface

913B and 913C place and in the setting of the side of central authorities and

latch portion

915 and 914 or touch magnetic actuation breech lock 912, thereby restriction magnetic actuation breech lock 912 moves along groove 964, and this motion can be for example in the motion that is essentially on the rectilinear direction.

In other different embodiment, magnetic actuation breech lock 912 can be on the rotation direction, on rotation and the direction that rectilinear direction combines or move on any other direction.In these other different embodiment, one or more in groove 964, flexible member 916 and the breech lock matching element 918 can form profile, shape forms or be configured to guiding magnetic actuation breech lock 912 on these directions.

Flexible member 916 can be arranged to adjacent channels end wall 965, makes to be driven away from latched position and during against flexible member 916, flexible member 916 can compress by the power of magnetic actuation breech lock 912 and the resistance of trough end wall 965 at magnetic actuation breech lock 912.Flexible member 916 can provide resistance to this compression, this motion of opposing magnetic actuation breech lock 912.

As mentioned above, in each different embodiment, magnetic actuation breech lock 912 can be constructed with other shape, and wherein groove 964 and

cell wall

966 and 968 can be configured to hold this magnetic actuation breech lock 912 also can limit magnetic actuation breech lock 912 on one or more directions motion.In each these embodiment, flexible member 916 can be configured to be engaged in the groove 964.

Thereby, the flexible member 916 of locking mechanism 910 can be biased into latched position with magnetic actuation breech lock 912, but the rib 992 of the tooth 981-983 of magnetic actuation breech lock 912 or other protuberance 980 engages receptacle matching elements 918 there, the part of rib is arranged in the hole 934 of shell 930.This structure can prevent that breech lock matching element 918 from shifting out hole 934 and shifting out shell 930 or the motion of shifting out hole 934 and shifting out shell 930 to breech lock matching element 918 provides resistance.

For example, in one embodiment, wherein the tooth 981 of magnetic actuation breech lock 912 is arranged in two latched positions between the rib 992, can be substantially parallel or has low-angle with respect to flank 981B in adjacent rib side 994.But rib side 994 and flank 981B can be substantially perpendicular to or move through direction by the hole 934 of the wall in hole 934 restriction approximately perpendicular to breech lock matching element 918.Thereby, when power be applied to breech lock matching element 918 with it from the hole 934 when pulling out, breech lock matching element 918 is removable to be contacted with flank 981B up to rib side 994 and apply power relative basically or that approach normal direction on each other.In this case, can prevent or stop from the hole 934 to pull out breech lock matching element 918.

Yet in one embodiment, this structure may not can prevent that breech lock matching element 918 from moving in the hole 934 of shell 930 or may provide less resistance in breech lock matching element 918 moves to the hole 934 of shell 930.Thereby flank 981A and adjacent rib side 996 can tilt with respect to the direction of motion of breech lock matching element 918 in hole 934.When power was applied to breech lock matching element 918 and further moves to it in hole 934, breech lock matching element 918 is removable to be contacted with flank 981A up to rib side 996.In this case, rib side 996 can apply much smaller relative normal force with flank 981A, and if the exterior material of breech lock matching element 918 be deformable as mentioned above, breech lock matching element 918 can move.Any normal force, frictional force that motion can produce by sliding over each other greater than rib side 996 and flank 981A, or the compressive force that is provided by its distortion by rib 992 and/or the power of any other relative power form.

Making breech lock matching element 918 further move to and may pass the power in hole 934 (for example feeding cable 922 extends to the hole 934 from hole 936 on the direction as shown in Figure 2 in example) can reduce, and comparable that breech lock matching element 918 is shifted out the power in hole is much smaller.Thereby for example, in one embodiment, this less power can be applied by the people with controlling, makes the people can tensioning hold the breech lock matching element 918 (it can be fixed in the hole 936 as described above at its other end) of commodity.Have a plurality of protuberances 980 and breech lock matching element 918 has among the embodiment of a plurality of ribs 992 at magnetic actuation breech lock 912, may need to overcome by all protuberances 980 and contact with rib 992 and the relative power that produces.This power still people can make breech lock matching element 918 further enter into hole 934.

In addition, because cable 922 can extend the hole 936 that extends to shell 930 then from hole 934, wherein it may also be fixed as described below, and continuous cable 922 can form the closed loop that comprises cable 922 and shell 930 components thereof.Thereby magnetic actuation breech lock 912 can be with 970 assemblings of bottom enclosure 950 and top casing, open closed loop or provide resistance to opening closed loop preventing, commodity can be fixed to cable safety means 902, to take off commodity.

The bottom enclosure 950 of shell 930 can also or be configured to hold top casing 970 alternatively.

Referring again to Fig. 1, top casing 970 can have outer shape and internal structure, makes it can be arranged on the bottom enclosure 950, is enclosed in the cable safety means 902 with magnetic actuation breech lock 912 and flexible member 916 with locking mechanism 910.For example, top casing 950 and bottom enclosure 970 can form half or another part of shell 930, to construct shell 930 as described above.

In bottom enclosure 950 and the top casing 970 one or two can comprise the one or more depressed parts that are positioned at hole 936.Each depressed part can form a part of holding cable 922, and for example rib 992, and cooperates the other parts of shell 930 and cable 922 is fixed to the upper, and for example fixes in its end.In one embodiment, bottom enclosure 950 comprises one or more depressed parts 952, for example three, they each all form and hold rib 992.Top casing 970 can be positioned in and be close to each rib 992 when being arranged on the shell 950, so that each rib 992 is fixed in the depressed part 952.Like this, can stop each rib 992 to shift out, and the end of cable 922 or other parts can be fixed to cable safety means 902 thus from one or more depressed parts.

In another embodiment, hole 936 or can form near the size of the part of sidepiece 939 and to hold the zone of cable 922 between two ribs 992, but may be too little and be not enough to install rib 992.Thereby, hole 936 or can make a rib 992 be arranged in the shell 930 around the zone of cable 922 between two ribs 992 near the part of side 939.But shell is fixed cable 922 thus.

Shell 930 also can be fixed on the second portion of cable 922 in the hole 934 when assembling.Because thereby cable 922 can be branched out and is continuous by shell 930, cable safety means 930 can comprise closed loop.Because cable 922 can be fixed to shell 930 as described above, closed loop can form the part of cable safety means 902.

Fig. 4 shows the decomposition view that can be included in the element in the cable safety means 902, for example describes in Fig. 2-3 according to an embodiment.

Fig. 5-9 shows vertical view, front view, lateral view and the lateral view of cable safety means 902 respectively, for example describes in Fig. 2-3 according to an embodiment.

Figure 10 shows the phantom drawing according to the security tags assembly 997 of an embodiment.Security tags assembly 997 can comprise safety label shell 997A, and it seals safety label, for example the safety label 20 of Fig. 1.The safety label shell can comprise hole 997B, and this hole extends through safety label shell 997 and adjacent with its long side.Hole 997B can be constructed with a size and dimension, makes cable 922 can extend through this hole.Thereby when 902 assemblings of cable safety means, security tags assembly 997 can be fixed to cable 997, thereby the safety label that therefore it held can be fixed to shell 930.Therefore this structure can allow security tags assembly 997 differently to be arranged on the cable 922, thereby differently is provided with respect to shell 930.

This structure can also allow a plurality of security tags assemblies 997 to be arranged on the cable 997, and so that a plurality of safety labels that are fixed to shell 930 to be provided, for example safety label 20.For example, in one embodiment, the security tags assembly 997 that holds eas tag can be fixed to cable 922 with the security tags assembly 997 that holds RFID, thereby is fixed to shell 930, and cable 922 is fixed to this shell 930.In another embodiment, detectable antitheft or other label of eas tag, RFID label, Ultramax label, intelligent label and other can be closed in the security tags assembly 99, is fixed on the shell thereby each label can be fixed to cable 922.

Safety label shell 997A can comprise bottom enclosure 997C and top casing 997D, and each can form and be arranged on another.

Bottom enclosure 997C and top casing 997D can be secured together by welding, clinkering, gummed, hasp (for example bottom enclosure 997C and top casing 997D have been configured coupling protuberance and space), interference engagement and/or other fixing means.This fixing means can prevent that bottom enclosure 997C from separating with top casing 997D and take off safety label wherein thus or separate with top casing 997D and the safety label that takes off thus wherein provides resistance to bottom enclosure 997C.

Figure 11-13 shows the phantom drawing of other embodiment of security tags assembly 998-1000 respectively.These security tags assemblies 998-1000 also can have safety label shell 998A-1000A, this safety label shell comprises bottom enclosure 1498A-1500A and top casing 1498B-1500B respectively, safety label holds within it, but can comprise different locating holes.Thereby safety label shell 998A-1000A can differently be provided with respect to the cable 998 that can pass its extension.

For example, hole 998B can extend through this shell near safety label shell 998 minor faces.Hole 999B and 999C can be respectively extend through this shell near the long limit of safety label shell 999 and minor face, make can extend through with respect to cable 922 two positions.Hole 1000B-1000E can extend near four sides to form four possible this relative positions.

Figure 14-21 shows according to the cable safety means 1002 of an embodiment or the different views of its part.Cable safety means 1002 for example can comprise at the cable safety means 902 of Fig. 2-9 and with reference to components identical as described in Figure 14-21.Yet, cable safety means 1002 can have shell 1030, this shell comprises bottom enclosure 1050 and top casing 1070, and this bottom enclosure also comprises the label chamber 1051 that is configured to hold safety label 20, and this top casing is formed and is arranged on the bottom enclosure 1050.Bottom and

top casing

1050 and 1070 can be configured to "T"-shaped.When safety means 1002 assemblings, fixing by cable safety means 1002 thereby safety label 20 can be arranged in the label chamber 1061.

Figure 22-29 illustrates according to the cable safety means 1102 of an embodiment or the different views of its part.Cable safety means 1102 can comprise with for example with reference to those components identical of describing among the cable safety means 902 of Fig. 2-9 and Figure 22-29.Yet cable safety means 1102 can have the shell 1130 that comprises bottom enclosure 1150 and top casing 1170, and bottom enclosure 1150 comprises the label chamber 1151 that is configured to hold safety label 20, and top casing 1170 forms and is arranged on the bottom enclosure 1150.Bottom and

top casing

1150 and 1170 can be constructed " I " shape or long small letter " l " shape of growth.When safety means 1002 are assembled, fixing by cable safety means 1102 thereby safety label 20 can be arranged in the label chamber 1061.

Figure 30-42 shows according to the cable safety means 1202 of an embodiment or the different views of its part.Cable safety means 1202 for example can comprise those the element of describing with reference to the cable safety means 1102 of Figure 22-29, and can form to small part and be similar to " I " shape and safety label is surrounded in its shell.Yet in this embodiment, cable safety means 1202 comprise cable 1222, and this cable can be resilient and form belt or ribbon.Cable 1222 can comprise breech lock matching element 1218, and this breech lock matching element has one or more space 1290 and protuberances 1292 that are arranged on the flat surfaces.Cable 1222 at one end 1222A is fixed in the shell 30, and can extend from end 1222A.The cable 1222 that is configured to belt can be so that around commodity tensioning cable 1222.

The cable safety means 1202 of the embodiment of Figure 30-42 can be configured such that cable 1222 is in arbitrary end is fixed on the shell 1230 of cable safety means 1202.Thereby in this embodiment, cable 1222 can not extend in the shell 1230 and return, and makes that an end of cable 1222 can be from dangling from shell 1230.Thereby, but cable safety means 30 fixed cable 1222 make cable 1222 not have free end.

Figure 43-52 shows according to the cable safety means 1302 of an embodiment or its part.Cable safety means 1302 can be configured to be similar to the cable safety means 1202 shown in Figure 30-42, but cable 1222 can be fixed on the side 1330A of shell 30.

Figure 53-57 shows according to the cable safety means 1402 of an embodiment or its part.Cable safety means 1402 also can be configured to be similar to cable safety means 1202, but cable 1222 can be fixed on the central portion 1430A of shell 30.

In each different embodiment, wherein in the cable 1222,1322 and 1422 can substitute by one in

cable

902,1002 described herein or 1102, and perhaps vice versa.

In each different embodiment, one in the cable safety means 902,1002,1102,1202,1302 and 1402 can comprise more than one cable and also can comprise more than one magnetic locking mechanism or its part, for example magnetic actuation breech lock.For example, cable safety means 902 can be configured with second locking mechanism 910 and second cable 922, and its class of operation is similar to first locking mechanism and first cable.In different embodiment, cable safety means 902 can be constructed so that cable 922 extends relative, the identical or adjacent side of shell 930.

In each different embodiment, the cable Secure Equipment System comprises here any cable safety means 902,1002,1102,1202,1302 of describing with reference to Fig. 2-57 and 1402 and the eliminator of the eliminator 40 for example described with reference to Fig. 1.For example, embodiment for cable safety means 902, wherein eliminator 40 is placed close to the magnetic actuation breech lock 912 of cable safety means 902, make flexible member 916 be arranged between eliminator 40 and the magnetic actuation breech lock 912, eliminator 40 can magnetically be driven into magnetic actuation breech lock 912 outside the latched position and against flexible member 916.If magnetic force is greater than the compressive force of flexible member 916 and any other power of this motion of opposing magnetic actuation breech lock 912, magnetic actuation breech lock 912 extensible latched positions.In this case, cable 922 can not be prevented from shifting out fully hole 934 and shift out cable safety means 902.

In different embodiment, the release because each safety means 902,1002,1102,1202,1302 and 1402 neither ones part can rupture is so safety means can be can be reusable.In another embodiment, safety means adopt the magnetic actuation breech lock, and it is used for disposable use or can resets.

In different embodiment, each safety means 902,1002,1102,1202,1302 or 1402 can be suitable for keeping eas tag and magnetic mechanism.These safety means carry the EAS parts in one embodiment, and can be used for providing resistance or prevent the unauthorized removal commodity stay safety means then and can partly be held or be fixed to the upper in the shop commodity.

In one embodiment, cable safety means 902 can have short I shape structure and comprise bottom enclosure 950, top casing 9709 and can be called as the locking mechanism 910 of bolt lock mechanism.Cable safety means 902 can comprise safety label or label chamber, the safety label of describing with reference to Fig. 1 here 20 for example, it is in one of them of following four retainers: EAS mark 2 side cables inlets, EAS mark 4 side cables inlets, EAS mark short cable inlet, the long cable of EAS mark enter the mouth, and correspond respectively to the security tags assembly 997-1000 of Figure 10-13.In one embodiment, but the retainer that is used for safety label or mark can comprise top bottom enclosure and EAS mark, and it can be equivalent to comprise

top casing

997C and 1498A-1500A and

bottom enclosure

997D and 1498B-1500B and the security tags assembly 997-1000 of the safety label of safety label 20 for example.

In one embodiment, cable safety means 1002 can have "T"-shaped structure and comprise bottom enclosure 1050, top casing 1070, can be called as the locking mechanism 910 of bolt lock mechanism and for example safety label of safety label 20.

In one embodiment, cable safety means 1102 can have " long I " shape structure and comprise bottom enclosure 1150, top casing 1170, can be called as the locking mechanism 910 of bolt lock mechanism and for example safety label of safety label 20.

Although explained some features of a plurality of embodiment as mentioned above, now, many improvement, substitute, change and equivalents be conspicuous for those skilled in the art.Thereby, it will be appreciated that appended claim is used for covering all these improvements and changes form of the scope that falls into embodiment.

Claims

1. safety means that are used for commodity, it comprises:

The magnetic actuation locking mechanism;

Cable; With

Shell, described magnetic actuation locking mechanism and described cable are fixed to described shell.

2. safety means as claimed in claim 1, wherein said magnetic actuation locking mechanism comprises magnetic actuation breech lock, flexible member and breech lock matching element.

3. safety means as claimed in claim 2, wherein said flexible member and described magnetic actuation breech lock are combined into single parts.

4. safety means as claimed in claim 1 also comprise second cable, and described second cable is fixed to described shell.

5. safety means as claimed in claim 1 also comprise the second magnetic actuation locking mechanism.

6. safety means as claimed in claim 2, wherein said magnetic actuation breech lock cooperates in latched position with described cable; Described safety means also comprise second cable and comprise the second magnetic actuation locking mechanism of the second magnetic actuation breech lock that the described second magnetic actuation breech lock cooperates in second latched position with described second cable.

7. safety means as claimed in claim 2, wherein said shell also comprises groove; Described magnetic actuation breech lock and flexible member are arranged in the described groove at least in part.

8. safety means as claimed in claim 2, wherein said cable comprise described breech lock matching element.

9. safety means as claimed in claim 2, wherein said breech lock matching element comprises at least one space.

10. safety means as claimed in claim 9, wherein said flexible member is arranged in abutting connection with described magnetic actuation breech lock and towards the described magnetic actuation breech lock of latched position bias voltage, and at least a portion of stating the magnetic actuation breech lock in the latched position place extends in the described space.

11. safety means as claimed in claim 2, wherein said breech lock matching element comprises at least one rib.

12. safety means as claimed in claim 11, wherein when described magnetic actuation was latched in described latched position, described at least one rib cooperated with described magnetic actuation breech lock.

13. safety means as claimed in claim 2, wherein said magnetic actuation breech lock comprise that at least one protuberance is to cooperate with described breech lock matching element.

14. safety means as claimed in claim 13, wherein said breech lock matching element comprises at least one space; Described at least one protuberance will be by cooperating and cooperate with described breech lock matching element with described at least one space.

15. safety means as claimed in claim 2, wherein said breech lock matching element comprises transparent material.

16. safety means as claimed in claim 2, wherein said magnetic actuation breech lock are set between described flexible member and the described breech lock matching element.

17. safety means as claimed in claim 1 also comprise safety label.

18. safety means as claimed in claim 17, wherein said safety label is enclosed in the described shell.

19. safety means as claimed in claim 17 also comprise the safety label shell that is used for fixing described cable, described safety label shell surrounds described safety label.

20. safety means as claimed in claim 1, wherein said cable is a belt.

21. safety means as claimed in claim 1, wherein said cable comprise the inside of metal and the outside of plastics.

22. safety means as claimed in claim 21, wherein said cable is reinforced.

23. safety label as claimed in claim 21, wherein said metal are the band pearls.

24. safety label as claimed in claim 21, wherein said metal is stranded.

25. safety label as claimed in claim 1, wherein said commodity comprise closed loop; Described cable is fixed to described shell with described closed loop.

26. locking mechanism as claimed in claim 1, wherein said magnetic actuation breech lock can be moved away from described latched position by magnetic force.

27. locking mechanism as claimed in claim 26, wherein said magnetic actuation breech lock can move on the direction of straight line roughly.

28. locking mechanism as claimed in claim 26, wherein said magnetic actuation breech lock can move on the direction of roughly rotating.

29. safety means as claimed in claim 26, wherein said magnetic actuation breech lock can move on rotation direction and direction that rectilinear direction combines.

30. safety label as claimed in claim 1, wherein said cable and described shell comprise closed loop together.

31. safety means as claimed in claim 1, wherein said safety means are reusable.

32. safety means as claimed in claim 1, wherein said safety means are used for disposable use.

33. safety means as claimed in claim 1, wherein said safety means are reducible.

34. safety means as claimed in claim 10 wherein when described magnetic actuation is latched in described latched position, provide resistance to resist described cable in one direction with respect to the motion of relative direction.

35. a Secure Equipment System that is used for commodity, it comprises:

Safety means, it comprises shell, be fixed to the cable of described shell and be arranged on magnetic actuation locking mechanism in the described shell; With

Eliminator, it is used for the described safety means of release, and described eliminator comprises magnet.

36. safety means that are used for commodity, it comprises:

Safety label;

The magnetic actuation locking mechanism;

Cable; With

Shell, described cable and shell comprise and are used to form the device of closed loop with fixing described commodity.

37. safety means as claimed in claim 36, wherein said shell also comprises the device that is used for fixing described safety label.

38. safety means as claimed in claim 36 also comprise the device that is used for described safety label is fixed to described cable.