CN101103167B

CN101103167B - Security device for a bottle

Info

Publication number: CN101103167B
Application number: CN200580046602.XA
Authority: CN
Inventors: D·L·霍根; 小吉尔伯特·费尔南德斯; P·洛佩斯; D·W·雷蒙德; 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: 2013-10-16
Anticipated expiration: 2025-12-07
Also published as: CN101099016B; CN101103166A; CN101103168A; CN101103166B; CN101103167A; CN101099017A; CN101103168B; CN101099016A; CN101099017B; ES2362887T3; ES2364490T3

Abstract

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

Description

The safety means that are used for bottle

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 the safety means that are fixed to monitored commodity, and these monitored commodity for example are durable goods, such as sporting equipment, sunglasses, jewelry, bottle etc.If monitored commodity enter guarded region, 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 relatively 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 by reference to the accompanying drawings, by can understand best the embodiment about the method and structure of operation with reference to following detailed description, wherein:

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

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

Figure 1B illustrates the top view according to the eliminator of an embodiment;

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

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

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

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

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

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

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

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

Fig. 2 illustrates the phantom drawing according to the bottle cap of an embodiment;

Fig. 3 illustrates the phantom drawing according to the bottle cap of an embodiment;

Fig. 4 illustrates the phantom drawing according to the bottle cap of an embodiment;

Fig. 5 illustrates the phantom drawing according to the bottle cap of an embodiment;

Fig. 6 illustrates the top view according to the bottle cap of an embodiment;

Fig. 7 illustrates the front view according to the bottle cap of an embodiment;

Fig. 8 illustrates the lateral view according to the bottle cap of an embodiment;

Fig. 9 illustrates the upward view according to the bottle cap of an embodiment;

Figure 10 illustrates the phantom drawing with assembly according to an embodiment;

Figure 11 illustrates the phantom drawing with assembly according to an embodiment;

Figure 12 illustrates the phantom drawing with the part of assembly according to an embodiment;

Figure 13 illustrates the phantom drawing with the part of assembly according to an embodiment;

Figure 14 illustrates the band assembly that comprises magnetic actuation breech lock and flexible member according to an embodiment;

Figure 15 illustrates the phantom drawing with assembly according to an embodiment;

Figure 16 illustrates the top view with assembly according to an embodiment;

Figure 17 illustrates the front view with assembly according to an embodiment;

Figure 18 illustrates the lateral view with assembly according to an embodiment;

Figure 19 illustrates the exploded view with assembly according to an embodiment;

Figure 20 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 21 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 22 illustrates the phantom drawing according to the bottom of the bottle safety means of an embodiment;

Figure 23 illustrates the phantom drawing according to the bottom of the bottle safety means of an embodiment;

Figure 24 illustrates the phantom drawing according to the bottom of the bottle safety means of an embodiment;

Figure 25 illustrates the phantom drawing according to the bottom of the bottle safety means of an embodiment;

Figure 26 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 27 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 28 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 29 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 30 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 31 illustrates the phantom drawing according to the bottle safety means of an embodiment;

Figure 32 illustrates the top view according to the bottle safety means of an embodiment, lateral view, and lateral view; And

Figure 33 illustrates the exploded view according to the bottle safety means of an embodiment.

The specific embodiment

Embodiment relates to device, the system and method for commodity (for example bottle) with the 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; With 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 empty nest partially or fully the position that engages, 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, so that the magnetic actuation breech lock of locking mechanism can cooperate with lock enclosure in latched position with the breech lock matching element, thereby and make that fixing chlamydate safety label is fixed on the commodity on it.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 refer to 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 at diverse location and all must not refer to same embodiment.

Here can propose many concrete details, understand these embodiment are provided thoroughly.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.

Now in detail with reference to accompanying drawing, wherein identical parts are marked with identical Reference numeral in the text, 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 middle body 15 identical width all.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 be symmetrical or asymmetric around any point, line or face.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 such as the different embodiment about magnetic actuation breech lock 1512 described herein.In another embodiment, the latch portion end 14A of magnetic actuation breech lock 12 can comprise one or more teeth, rib, recess, indentation, point, curve, empty nest or other shape, the embodiment about magnetic actuation breech lock 1512 described herein for example, however base end 13A can be flat or other shape.In addition, base end 13A can be continuous or discontinuous.Magnetic actuation breech lock 1512 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 another flexible member 16 and breech lock matching element 18 the identical or different part of safety means 2.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, and 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 cube, ellipsoid, coil or other any shape of the embodiment about flexible member 1516 as described herein, and can comprise one or more, or can or integrally form with 12 combinations of magnetic actuation breech lock.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 many kinds of substance.

Breech lock matching element 18 can be constructed as required, for example has one or more holes or other empty nest, 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, wherein magnetic actuation breech lock 12 is the slender member with square surface shape, and breech lock matching element 18 can be configured to have the sky nest, 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 type, radio frequency identification (RFID) label, intelligent label or other detectable antitheft or other label.Safety label 20 can be by corresponding detection 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 such 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 to fix or lock commodity to shell 30, and fix thus or lock onto on the safety means 2.Shell 30 can be such as needs ground structure, and the shape of the commodity that can be fixed to the upper based on locking mechanism 10, safety label 20 and design is shaped, for example the embodiment about

shell

1530 and 1570 described herein.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 the following describes.Safety label 2 is reusable or can use once.

Figure 1A-1D shows phantom drawing, top 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 type, 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, applying magnetic force moving magnetic actuation breech lock 12 away from latched position, thereby allows the shell 30 of safety means 2 to take off from the commodity that it locks.

In different embodiment, eliminator 40 can comprise different magnet 42.For example, but the magnet of eliminator 40 42 movement-based magnetic actuation breech locks 12 select away from thereby latched position makes the required magnetic force of safety means 2 releases.This magnetic force can be greater than the power of counteracting with this reverse movement.This opposite power the resistance that provides during by 12 compression of magnetic actuation breech lock at flexible member 16 for example can be provided, during movement contact frictional force and other power that shell 30 and/or other element produce by magnetic actuation breech lock 12.In another embodiment, wherein eliminator 40 is used for having heteroid multiple safety means, and magnet 42 can be selected as enough strong, comes the safety means of release with the kicker magnet of release needs.

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) are 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 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 arrange similarly.Then magnetic actuation breech lock 12 shifts out latched position by eliminator 40, 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 in the groove 3 so that they can stop the base portion 13 of magnetic actuation breech lock 12 to move these cantilevers, 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 in cantilever 4 and 5 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 from attaching.

In another embodiment shown in Fig. 1 G-1J for example, locking mechanism part 10 and housing parts 30 can be configured so that after each magnetic actuation breech lock 12 shifts out latched position, magnetic actuation breech lock 12 can 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 so 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 depressed part is definite by wall 8, and 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 bottle safety means 1502 of for example describing with reference to the embodiment of Fig. 2-14 can comprise valve protection cap 1570 and the band assembly 1550 that can be separate part.

According to an embodiment, Fig. 2 to 5 illustrates the phantom drawing according to the bottle cap 1570 of an embodiment, and can be referred when respective element is discussed.Bottle cap 1570 can be formed and be of a size of at least a portion that is installed in bottle, burgundy bottle for example, liquor bottles, beer bottle, scent flask, bottle for cosmetics, or any other bottle, or any container that other has outstanding neck shape structure and has mouth or other opening in its end.Bottle cap 1570 can comprise goblet 1572, and goblet 1572 forms the border by sidewall 1574 and bottom 1576, and hypanthial goblet mouth 1578 is formed together on sidewall 1574 and bottom 1576.In one embodiment, sidewall 1574 is cylindrical and roof 1576 laterally is positioned at adjacent sidewall 1574 places, forms thus the goblet mouth 1578 with substantially cylindrical.

But in another embodiment, sidewall 1574 and bottom 1576 can be various shape and size, or goblet 1572 can have any other construction size to hold the bottle cap of at least one bottleneck and any vicinity, cork, or any lid of other bottleneck.For example, in one embodiment, goblet 1572 can not comprise bottom 1576, and for example goblet is dome-shaped situation.Goblet 1572 can further be configured to hold some or all any adjacent bottlenecks, and the liquid of sealing can be poured out by bottleneck.

Bottle cap 1570 also can hold the contained structure 1580 that is configured to accommodating belt assembly 1550.Contained structure 1580 can extend from the flange 1573 of goblet 1572, and flange 1573 is relative with the end that bottom 1576 is in.In an embodiment, this contained structure 1580 comprises one or more supporting legs.In an embodiment, this contained structure 1580 comprises three supporting legs 1581 to 1583, and these supporting legs stretch out and size and be configured as at least a portion of being arranged to around bottleneck from flange 1573.Supporting leg 1581 to 1583 can have similar structure and similarly extend from goblet 1572, so and at this discussion supporting leg 1581.But one or more in the supporting leg 1581 to 1583 can differently construct or not have in a plurality of embodiment.In another embodiment, but the alternative one or more supporting legs 1581 to 1583 of a continuous structure of receiving belt assembly 1550 or any other structure.

Supporting leg 1581 can consist of the extension of sidewall so that it has arc shape.In another embodiment, sidewall 1574 is columniform, and supporting leg 1581 can be at camber around the central axis of sidewall 1574, so that it has and the similar radius of sidewall 1574 or substantially the same radius with respect to central axis.Supporting leg 1581 can comprise having the band holding tank 1586 that band holds

cell wall

1586A and 1586B, and in one embodiment, this band holds cell wall around the central axis extension of sidewall 1574.

Can comprise with the groove 1590 in the holding tank 1586 with holding tank 1586, band assembly 1550 can extend in the band holding tank 1586, such as following description at least in part.Groove 1590 can extend along band holding tank 1586, and one can be extended in an embodiment so that it holds cell wall 1586A with band and the 1586B interval equates.In another embodiment, groove has " V " shape.In different other embodiment, groove 1590 can have different shapes and position, and can be formed and positioned at least a portion with accommodating belt assembly 1550, describes as following.

Bottle cap 1570 can by plastics or arbitrarily the compound of other material or material make.In an embodiment, bottle cap 1570 comprises thick matter plastics.In another embodiment, bottle cap can comprise elastomeric material, for example rubber or other material, these materials can be consistent with the shape of bottleneck or distortion to be installed in around the bottleneck.

According to an embodiment, Fig. 6 to 9 illustrates the top view of bottle cap 1570, front view, lateral view and upward view.As shown in the figure, among the embodiment, wherein the sidewall 1574 of bottle cap 1570 is cylindrical, if comprise, supporting leg 1581 to 1583 can have the radius identical with the radius of sidewall 1574.

According to an embodiment, Figure 10 to 14 illustrates the phantom drawing with assembly 1550 or its part.Band assembly 1550 can comprise locking mechanism 1510, safety label 1520, shell 1530 and safety belt 1560.

Locking mechanism 1510 can comprise magnetic actuation breech lock 1512, flexible member 1516, and breech lock co-operating member 1518, such as following description.

At first with reference to Figure 12 and Figure 14.Figure 12 illustrates the phantom drawing with assembly 1550 according to an embodiment of the invention, shows magnetic actuation locking mechanism 1512 and the flexible member 1516 of the locking mechanism 1510 that is arranged in the locking mechanism bag 1531.Figure 14 illustrates the phantom drawing of the part of shell according to an embodiment of the invention, and shell comprises magnetic actuation locking mechanism 1512 and flexible member 1516.

With reference to Figure 12 and Figure 14, magnetic actuation locking mechanism 1512 can comprise magnetic material, and can comprise one or more materials, the magnetic actuation breech lock 12 of the relevant Fig. 1 that for example is described.Magnetic actuation locking 1512 can comprise: bottom 1513, and it can comprise bottom end 1513A and

bottom sides

1513B and 1513C; Latch portion 1514, it comprises latch portion end 1514A; And middle body 1515.

Magnetic actuation breech lock 1512 can be shaped as at least in part similar " I " or " T " or any other shape.Bottom sides 1513B can be parallel with 1513C and each can be straight at least basically.Bottom 1513 width can be wider than the respective width of middle body 1515, but equal the respective width of latch portion 1514, and bottom 1513 is the distance between bottom sides 1513B and the 1513C.Bottom end 1513A can be flat and can be substantially perpendicular to bottom sides 1513B and 1513C.Magnetic actuation breech lock 1512 can be configured to less thickness.

Magnetic actuation breech lock 1512 can comprise one or more ledges 1551.One or more ledges 1551 can be positioned in the latch portion 1514 at least partially in magnetic actuation breech lock 1512, and can have the end at latch portion end 1514A.

In an embodiment, one or more ledges 1551 can comprise one or more teeth.For example, in one embodiment, ledge 1551 can comprise five teeth 1552 to 1556 among the embodiment.One or more teeth also can be seen in the embodiment of Figure 19.In this embodiment, tooth 1552 to 1556 can have same structure and similarly alignment in magnetic actuation breech lock 1512.Therefore only discuss tooth 1552 in detail below.But one or more teeth 1552 can differently be arranged or do not had in different embodiment.

Tooth 1552 can comprise

side

1552A and 1552B, these sides can relative tilt be arranged so that they tooth ends 1552C place meet or near end.Tooth ends 1552C can be pointed thus.

Side 1552A can be substantially parallel with the respective side of tooth 1553 to 1556 at least, and

side

1552B and 1553 to 1556 respective side are also substantially parallel.Side 1552A can be with respect to the bottom sides 1513B to 1513C of bottom 1513 and/or angled with one or two respective side of the latch portion 1514 of magnetic actuation breech lock 1512 and middle body 1515.Side 1552B can or become less angle (1552A compares with the side) with respect to the respective side perpendicular of the bottom sides 1513B to 1513C of bottom 1513 and latch portion 1514 and middle body 1515.The interval that tooth 1552 to 1556 can equate or interval unevenly.In one embodiment, the angle of

side

1552A and 1552B can change at different teeth, or uses the combination of any angle.

But one or more ledges 1551 can comprise other structure.For example, one or more ledges 1551 can comprise for example one or more ribs, groove, pointed tooth, tip, curve or empty nest.One or more ledges 1551 can be positioned as at least partially on the latch portion 1514 of breech lock and can comprise latch portion end 1514A.One or more ledges 1551 can be configured to latched position on cooperate with breech lock co-operating member 1518, describe as following.

Magnetic actuation breech lock 1512 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 1516 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 16 shown in Fig. 1.In one embodiment, flexible member 1516 can be configured to be essentially cuboid, so that its side 1516A is wider than its side 1516B, perhaps has other shape.In other different embodiment, flexible member 1516 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 1518 can be included in the safety belt 1560, and can separate with shell 930 or integrally formed.As described here, breech lock matching element 1518 can extend along safety belt 1560.In one embodiment, breech lock matching element 1518 can comprise one or more empty nests 1590.In one embodiment, when described one or more teeth or other protuberance 1551 extended in described one or more empty nest 1590, magnetic actuation breech lock 1512 can cooperate with breech lock matching element 1518 at the latched position place.

Described one or more empty nest 1590 can be drawn profile by one or more ledges 1592, and this ledge can be for example with reference to protuberance 1551 described protuberances.Described one or more ledge 1592 can each comprise

ledge side

1594 and 1596, and it can be uneven in one embodiment.For example, in one embodiment, ledge side 1594 can be approximately perpendicular to or tangential approximately perpendicular to the length direction of breech lock matching element 1518, and ledge side 1596 can be with respect to the acutangulate angle of this length direction, for example 45 degree.This structure can be convenient to promote that breech lock matching element 1518 passes shell 1530 and along the tape channel 1536 in a direction rather than another relative direction, and is as described below.

Yet breech lock matching element 1518 can be configured to for example have one or more ribs, recess, sawtooth, tip, curve or empty nest, to cooperate with magnetic actuation breech lock 1512 in latched position.For example, in one embodiment, breech lock matching element 1518 can be configured with one or more empty nests 1590, and the shape of this sky nest is similar to or is substantially similar to the shape of one or more protuberances 1551 of magnetic actuation breech lock 1512.Thereby, at least one empty nest 1590 can hold at least one protuberance 1551 or its part, this can prevent or stop breech lock matching element 1518 along tape channel 1536 move and outside the end 1540B and tape channel 1536 of tape channel wall 1540, for example described below.

In an embodiment, breech lock co-operating member 1518 is deformable and can comprises for example plastics or rubber.Following description, this deformation characteristic can help breech lock co-operating member 1518 to move with respect to magnetic actuation breech lock 1512.

In another embodiment, breech lock co-operating member 1518 comprises the penetrability material such as rubber or flexible plastic, and magnetic actuation breech lock 1512 can comprise the ledge 1551 such as pointed tooth.Therefore these ledges can pierce in the breech lock co-operating member 1518, and magnetic actuation breech lock 1512 is in latched position there, and breech lock co-operating member 1518 can provide the resistance to the power outside the end 1540B that promotes to move to passage 1536.

With reference to Figure 10 and 11, they illustrate the phantom drawing with assembly 1550 of shell 1530, and bag assembly 1550 can comprise and is configured to respectively hold locking mechanism bag 1531 parts, covers locking mechanism bag 1531, holds safety label 1520, covers locking mechanism bag 1531 and holds one or more in locking mechanism bag 1531, safety label chamber 1532, locking mechanism lid 1534 and the tape channel 1536 of safety belt 1560.

Locking mechanism bag 1531 can be shaped to hold magnetic actuation breech lock 1512 and the flexible member 1516 of locking mechanism 1510.In one embodiment, locking mechanism bag 1531 is fixed to band assembly 1550 and extends from band assembly 1550.Locking mechanism bag 1531 can be integral with the other parts of tape channel 1536 or shell 1530, or is fixed to the upper in the following manner, for example by welding, melting, bonding, fastening, interference engagement and/or by other fixed form.

Locking mechanism bag 1531 with assembly 1550 can be configured so that the magnetic actuation breech lock 1512 of locking mechanism 1510 and flexible member 1516 can be adjacent to arrange therein.Like this, the bottom end 1513A of magnetic actuation breech lock 1512 can be positioned near the flexible member 1516 or with flexible member 1516 and connect.In the situation that this structure, the motion of magnetic actuation breech lock 1512 and flexible member 1516 can be limited on one or more directions.

For example, locking mechanism bag 1531 can comprise groove end wall 1565,

cell wall

1566 and 1568 and limited and groove 1564 take groove end wall 1565 as the border by cell wall 1566 and 1568.

Cell wall

1566 and 1568 can comprise part basically parallel to each other, and can be respectively be positioned adjacent to or contact magnetic actuation breech lock 1512 at

bottom sides

1513B and 1513C and in central authorities and latch portion 1515 with 1514 side, thereby the movement of restriction magnetic actuation breech lock 1512 is the movement along groove 1564, and this motion for example can be the movement on the basic rectilinear direction.

In other different embodiment, magnetic actuation breech lock 1512 can on the rotation direction, on rotation and the direction that rectilinear direction combines or any other direction move.In these other different embodiment, one or more in groove 1564, flexible member 1516 and the breech lock matching element 1518 can become outline-shaped, shape forms or be configured at these direction guiding magnetic actuation breech locks 1512.

Flexible member 1516 can be arranged to adjacent channels end wall 1565, so that driven during away from latched position and against flexible member 1516 at magnetic actuation breech lock 1512, flexible member 1516 can compress by the power of magnetic actuation breech lock 1512 and the resistance of trough end wall 1565.Flexible member 1516 can provide resistance to this compression, this motion of opposing magnetic actuation breech lock 1512.

As mentioned above, in each different embodiment, magnetic actuation breech lock 1512 can be constructed with other shape, the motion that its middle slot 1564 and

cell wall

1566 and 1568 can be configured to hold this magnetic actuation breech lock 1512 and can limit in one or more directions magnetic actuation breech locks 1512.In each these embodiment, flexible member 1516 can be configured to be engaged in the groove 1564.

Thereby, the flexible member 1516 of locking mechanism 1510 can be biased into latched position with magnetic actuation breech lock 1512, but the ledge 1592 of the tooth 1552-1556 of magnetic actuation breech lock 1512 or other protuberance 1551 engages receptacle matching elements 1518 there, the part of this ledge are arranged in the tape channel 1536 with assembly 1550.This structure can prevent breech lock matching element 1518 shift out tape channel 1536 and shift out safety means 1502 or to breech lock matching element 1518 shift out tape channel 1536 and shift out the peace safety means 1502 motion resistance is provided.

For example, in one embodiment, wherein the tooth 1552 of magnetic actuation breech lock 1512 is arranged in two latched positions between the ledge 1592, can be substantially parallel or has low-angle with respect to flank 1552B in adjacent ledge side 1594.But ledge side 1594 and flank 1552B can be substantially perpendicular to or move through approximately perpendicular to breech lock matching element 918 direction of the tape channel 1536 that is limited by tape channel wall 1540.Thereby, when power be applied to breech lock matching element 1518 with it from the tape channel 1536 when pulling out, breech lock matching element 1518 is removable until ledge side 1594 contacts with flank 1552B and apply each other basically relative or close to the power of normal direction.In this case, can prevent or stop from the tape channel 1536 to pull out breech lock matching element 1518.

Yet in one embodiment, such structure can not prevent that breech lock co-operating member 1518 from moving into the tape channel 1536 of assembly 1550 or the tape channel 1536 that breech lock co-operating member 1518 is moved into assembly 1550 provides less resistance.Like this, flank 1552A and contiguous ledge side 1596 can relative to breech lock co-operating member 1518 along the tape channel the 1536 direction angulations that move.In the situation that apply force to breech lock co-operating member 1518 further forcing it to enter

tape channel

1536 or 1536 to move along the tape channel, the removable until ledge side 1596 of breech lock co-operating member 1518 contacts with flank 1552A.In this case, ledge side 1596 can promote flank 1552A and force thus additional teeth 1552 and magnetic actuation breech lock 1512 leaves latched position, and this helps to move along the tape channel breech lock co-operating member 1518.

In addition, when ledge side 1596 contacts with flank 1552A, these elements can apply the opposite normal force more much smaller than those power of ledge side 1594 and flank 1552B, if and the exterior material of breech lock co-operating member 1518 is deformable, as in this discussion, breech lock co-operating member 1518 can more easily move.Can be by than the large power of any normal force and add that other power discussed above forms movement.

Make the breech lock co-operating member 1518 of safety belt 1560 move into more tape channel 1536 and the comparable power that makes breech lock co-operating member 1518 shift out tape channel 1536 of 1536 power that move is little along the tape channel, and can be much smaller.Like this, for example, less power can apply by the people in one embodiment with managing so that the people can strain breech lock co-operating member 1518 and therefore compression ring around the tape channel wall 1540 with assembly 1550 of bottleneck.Magnetic actuation breech lock 1512 in an embodiment has a plurality of ledges 1551 and breech lock co-operating member 1518 has in the situation of a plurality of ledges 1592 or another one or a plurality of ledges, need to overcome the opposite power that produces that contacts by whole ledges 1551 and ledge 1592.This power also is such, that is, the people can make breech lock co-operating member 1518 enter further tape channel 1536 with managing or 1536 move along the tape channel.

Figure 13 illustrates the phantom drawing with the part of assembly 1550 with safety label 1520.With reference to figures 10 to 12 and Figure 13, the safety label chamber 1532 of shell can be shaped to seal safety label together, and for example safety label 1520.In one embodiment, safety label 1520 is thin elongated members, and safety label chamber 1532 has peripheral wall, and this peripheral wall can limit and be configured as the empty nest in the inside that closely keeps safety label 1520.But in a plurality of other embodiment, safety label chamber 1532 can differently be constructed to seal or the fixing safety label of safety label 1520 or any other shape.

Safety label chamber 1532 can be fixed to tape channel wall 1540 with respect to above locking mechanism bag 1531 or be fixed to the other parts of shell 1530, for example passes through any mode of foregoing description.In one embodiment, safety label chamber 1532 is fixed to tape channel wall 1540 slidably.When being fixed, safety label chamber 1532 can prevent from from shell 1530 and can be fixed to any bottle on the bottle safety means 1502 taking down safety label 1520 or increasing from shell 1530 and can be fixed to the difficulty that any bottle on the bottle safety means 1502 takes down safety label 1520.

As shown in Figure 10 to 11, locking mechanism lid 1534 can comprise be configured to be positioned at locking mechanism bag 1531 places and at least a portion of flexible member 1516 and magnetic actuation breech lock 1512 such as the structure above the exposed portions serve.Locking mechanism lid 1534 can be fixed to respect to locking mechanism bag 1531 band assembly 1550, for example by any aforesaid way or alternate manner herein.When being fixed, locking mechanism lid 1534 can prevent from taking down magnetic actuation breech lock 1512 or increasing the difficulty that takes down magnetic actuation breech lock 1512 from shell 1530 from shell 1530.

In one embodiment, when being fixed, locking mechanism bag 1531 and locking mechanism lid 1534 can be called as the locking mechanism chamber.Magnetic actuation breech lock 1512 and the flexible member 1516 of fixation locking mechanism 1510 arrive bottle safety means 1502 thereby the locking mechanism chamber can be sealed also at least in part.

With reference to figures 10 to 14, tape channel 1536 can comprise tape channel wall 1540 and the tape channel 1536 that is limited by tape channel wall 1540.Tape channel wall 1540 can be configured has shape and material or multiple material, thus allow tape channel wall 1540 around bottleneck or other article shrink with therefore fixedly bottle on shell 1530 and bottle safety means 1502.In one embodiment, tape channel wall 1540 can comprise the part of safety belt 1560.

The part that can contact by the tape channel wall 1540 of the fixing bottle of bottle safety means 1502 in one embodiment, is bottle fixed surface 1542.In an embodiment, bottle fixed surface 1542 can have at least a portion of ring-type or other curved shape, this shape and bottle trough of belt 1568 consistent and when shrinking around the fixing bottle cap 1570 of the bottleneck of circle or other curve form.In one embodiment, bottle fixed surface 1542 can directly shrink around bottleneck ground, and can not use bottle cap 1570.

In one embodiment, tape channel wall 1540 can comprise plastics or other material or multiple material, and these materials are flexible, and are extensible, deformable, or otherwise shrink.

In one embodiment, tape channel wall 1540 comprises and can shrink like this and have at least certain flexible material.This structure can allow tape channel wall 1540 to return to its state that does not shrink or similar state, so that the bottle safety means can be reused.

Tape channel wall 1540 can be shaped to hold safety belt 1560 described here.In one embodiment, tape channel wall 1540 limits the tape channel 1536 of the basic uniformly annular of thickness or other curved surface.In one embodiment, tape channel 1536 can have outside identical curvature basic and tape channel wall 1540.But in other embodiments, tape channel wall 1540 can have different thickness and location.Can realize this different thickness and location, and need not to change by one or more other the surperficial structures that change tape channel wall 1540 shape of bottle fixed surface 1542.

In one embodiment, tape channel wall 1540 can be configured to shrink around bottle cap 1570, and bottle cap 1570 can also can shrink around bottle thus around at least a portion of bottle.This structure can thereby be fixed to bottle cap 1570 and tape channel wall 1540 with bottle, and is fixed to thus bottle safety means 1502.Bottle fixed surface 1542 can be shaped as in its band holding tank that can partly be positioned at one or more supporting legs 1581 to 1583 or a plurality of groove (for example, 1586 of supporting leg 1581).In one embodiment, band fixed surface 1542 comprises one or more spines 1544, one or more grooves that spine 1544 is configured to extend into supporting leg 1581 to 1583 (for example, supporting leg 1581 1590) in, when fixed surface 1542 is positioned around bottle cap 1570, can make like this 1570 alignment of fixed surface 1542 and bottle cap.

Tape channel wall 1540 can comprise two end 1540A and 1540B.In one embodiment, handle 1546 and 1547 extends from two

end

1540A and 1540B, and can help contraction bands.

Safety belt 1560 can be so shaped that it can be disposed in the tape channel or along the tape channel and arrange.In one embodiment, at least a portion of safety belt 1560 is the elongated member that can be bent shaping.In one embodiment, safety belt 1560 is shaped flexiblely, and this bending is crooked the same or similar with tape channel 1536, can help like this safety belt 1,560 1536 to move along the tape channel.Yet safety belt 1560 can form other shape.

In various embodiments, safety belt 1560 can comprise one or more materials of any structure.For example, in one embodiment, safety belt 1560 comprises plastic outer layer and metal internal layer.Metal and plastic components can be independent or non-independent.For example, metal and plastic components can be by bonding, pressure fitted, and altogether injection moulding is inserted, and/or coated.But metal part intensified safety band 1560 also prevents or stops the part of destroying or separating safety belt 1560, prevents like this or stops release bottle safety means 1502 from any bottle, and wherein bottle safety means 1502 can be fixed on this bottle.Metal can be by pearl, and is stranded, lenticular wire, part is columniform, or can form in any suitable manner to strengthen safety belt 1560, and may allow or provide the elasticity of safety belt 1560.

Safety belt 1560 can be integral with band assembly 1550 or otherwise be connected.For example, in one embodiment, safety belt 1560 is integral with band assembly 1550 or otherwise is connected, and an end of safety belt 1560 is connected to tape channel wall 1540 in tape channel 1536.In this embodiment, then safety belt 1560 can be got back to the tape channel 1536 at end 1540A from the end 1540A that its link stretches out tape channel 1536.Thus, safety belt 1560 can be told two

end

1540A and 1540B, thereby tape channel wall 1540 and safety belt 1560 center on the part of bottle, for example bottleneck serially.But in one embodiment, two

end

1540A and 1540B can be positioned in along any position with the circumference of assembly 1550.For example, end 1540A can or a side of contiguous locking mechanism bag 1531, and end 1540A can be positioned on the opposite side or near it.

In one embodiment, handle 1546 and 1547 can be engaged and promote towards each other so that attached be with 1560 further to enter

tape channel

1536 and 1536 move along the tape channel, so that tape channel wall 1540 shrinks around bottleneck or other parts.As described below, when when this direction moves, the part that can comprise the breech lock co-operating member 1518 of safety belt 1560 can contact but move through magnetic actuation breech lock 1512, and does not have obvious resistance.Yet, can prevent that in the opposite direction movement or movement in the opposite direction from running into larger resistance, so that after

handle

1546 and 1547 was released, tape channel wall 1540 can remain on compression position.Therefore, safety belt 1560 and tape channel wall 1540 can cooperate to fixedly secure the part of bottleneck and bottleneck to bottle safety means 1502.In one embodiment, the bottle safety means 1502 that take down forcibly this structure can be broken bottle, can be greater than the power of breaking bottle because take down the power of bottle safety means 1502, and bottle situation about being consisted of by glass for example.

According to an embodiment, Figure 15 to 19 illustrates phantom drawing, top view, lateral view, lateral view and the exploded view of bottle safety means 1602.Bottle safety means 1602 can be configured with shell 1630 similarly, but can comprise safety label chamber 1632, with respect to safety label chamber 1532 above-mentioned with the location in the assembly 1550, this safety label chamber 1632 can be arranged on laterally the band assembly 1650 in.Band assembly 1650 can comprise bottom enclosure 1650A and top enclosure 1650B, bottom enclosure 1650A and top enclosure 1650B can welding, melting, bonding, fasten or otherwise be fixed together resistance to be provided or to prevent from attempting opening it.

According to an embodiment, Figure 20 to 31 illustrates phantom drawing, and Figure 32 illustrates top view, front view and the lateral view of bottle safety means 1702 or its part.Bottle safety means 1702 can have and the similar element of the element of bottle cap 1570, add above-mentioned any one element with assembly 1550 or 1650.Yet bottle safety means 1702 can have shell 1730, and shell 1730 comprises all-in-one-piece band assembly 1750 and bottle cap 1770, and they can be fixed by for example welding, melting, bonding, fastening, interference engagement and/or by other fixed form.

In addition, band assembly 1750 and safety belt 1760 can have selectable structure.In one embodiment, substitute the tape channel wall, for example have aforesaid tape channel wall 1540 with contact surface 1542, safety belt 1760 can comprise the inwall 1740A with assembly 1750.In one embodiment, safety belt 1760 is constructed to coil, and it is integral or otherwise is fixed to band assembly 1750 in one or more positions with band assembly 1750.For example, in one embodiment, safety belt 1760 its

end

1760A and 1760B place or near part can with the bottom 1747 of assembly 1750 with the wheel (not shown) is integral respectively or otherwise fixing.Wheel can be between safety belt 1760 and the outer wall 1740B.When shrinking around at least a portion of the element of bottleneck and bottleneck or other analogous shape, end 1760A and 1760B can be overlapping and can be coiled.The diameter in the space in this coiling can reduce to coil or other cross section are with contraction bands 1760 thus.

According to an embodiment, Figure 33 illustrates the exploded view of bottle safety means 1702.As shown in the figure, wheel 1745 can comprise breech lock co-operating member 1518, and breech lock co-operating member 1518 comprises ledge 1592, and ledge 1592 can engage to lock bottle safety means 1702 with the ledge 1551 of breech lock co-operating member 12, as described herein.

In a plurality of embodiment, the rope Secure Equipment System can comprise and eliminator in the described bottle safety means 1502 of Fig. 2 to 33,1602 or 1702, for example the described eliminator 40 of Fig. 1.For example, embodiment for rope safety means 1502, eliminator 40 is arranged near the magnetic actuation breech lock 1512 of rope safety means 1502, so that flexible member 1516 is between eliminator 40 and magnetic actuation breech lock 1512, but eliminator 40 magnetic force force magnetic actuation breech lock 1512 to shift out latched position and against flexible member 1516.If other power that magnetic force moves greater than compressive force and any opposing magnetic actuation breech lock 1512 of flexible member 1516, magnetic actuation breech lock 1512 extensible latched position.In this case, safety belt 1560 can shift out tape channel described here 1536 with not being obstructed fully.Like this, tape channel wall 1540 can be tending towards returning to the shape of not shrinking, so that its

end

1540A and 1540B are removable separately, and therefore safety belt can shift out tape channel 1536.Can with bottle release from the bottle safety means 1502, allow thus bottle freely to take down from it like this.

In a plurality of embodiment because the part of each of safety means 1502 and 1602 can not be broken with release it, so these safety means can reuse.In another embodiment, in the safety means 1502 and 1602 or two can adopt and once use or reducible magnetic actuation breech lock.

In an embodiment, can provide safety means with the EAS element, these safety means can be used to prevent that unauthorized from opening common burgundy bottle or liquor bottles for the necessary bottle cap safety means of EAS bottle anchor clamps safety means.The bottle cap safety means can prevent that the shoplifter from opening bottle and its content is injected untagged container then leave the shop.

U.S. Patent No. 5,602,530 disclose an example that is used for the anti-theft device of bottle.The disclosed device of this application can comprise outside seat, and the internal seat of outside seat between two end positions moves, and wherein in the end position is in latched position.A plurality of fixators can be dispensed on around the periphery of inner surface of outside seat.Seat is in the keyed end position when the outside, and fixator may extend into internal seat.These fixators can engage bottle below weather strip, the sealing bar normally is arranged on the bottleneck.Fixator can prevent from taking down this device until by the outside bias voltage of magnetic key from bottleneck like this.This product can be very expensive and can has very long bottleneck.

In an embodiment, the bottle cap safety means can comprise locking strip and the magnetic mechanism that is loaded with eas tag.In an embodiment, the bottle cap safety means can be fixed for locking strip and the magnetic mechanism with eas tag of beer bottle, burgundy bottle and the liquor bottles of common size.In an embodiment, relatively cheap with the molded plastic member of single type and produce in large quantities the bottle cap safety means.

In another embodiment, the bottle cap safety means can be fixed on the bottle of various shape and size.In an embodiment, the bottle cap safety means can be cheap and be easy to make and use, and can easily repeatedly be used by the office worker of retail store.In an embodiment, the bottle cap safety means are by molded the forming of thick matter plastics, and thick matter plastics are very difficult to be broken, split or otherwise ineffective.In an embodiment, safety means lock onto himself on the bottleneck with the weather strip or other respective outer side edges that usually appear on the bottleneck.In an embodiment, being locked in mode that bottle cap safety means on the bottleneck can prevent the bottle erection equipment not being taken down or break bottle by the locking strip that is loaded with eas tag (EAS tag-carrying locking strp to it witha magnetic mechanism) with magnetic mechanism shifts out the content of bottle from bottle.In an embodiment, the bottle safety means that have locking member can not be stolen easily by the shoplifter.In an embodiment, the bottle cap safety means can comprise be used to preventing that the shoplifter from prizing the ring of these safety means easily from bottleneck.In an embodiment, the bottle cap safety means can have simple structure, and this structure can simple, effective and cheap mode operate.

In an embodiment, the bottle cap safety means can comprise the bottle cap safety means of the locking strip that is loaded with eas tag of the mechanism that can retainer belt be magnetic, with the top of fastening bottleneck, have three supporting legs lid, take groove and magnetic mechanism on it around three supporting legs to the locking that keeps being loaded with eas tag.In an embodiment, cover element can be suitable for cooperating around bottleneck to be installed, and is suitable for being loaded with the locking strip of eas tag and magnetic mechanism around lid and locks bottleneck.

In a plurality of embodiment, can be corresponding to the embodiment of bottle band safety means and bottle cap safety means about above-described embodiment of bottle cap.

Therefore, in an embodiment, the bottle cap safety means can be described in the accompanying drawings.In an embodiment, the bottle cap safety means can comprise having three leg support components, and three leg support components have the locking strip that is loaded with eas tag around the groove of three supporting legs with maintenance, and this locking strip can have magnetic mechanism, and magnetic mechanism can cooperate to be locked on the bottleneck.In an embodiment, the bottle cap safety means can remain locked on the bottleneck until the user with itself and magnetic mechanism release.In an embodiment, the bottle cap safety means can be described in the accompanying drawings, and can comprise three (3) individual leg support components with the groove that surrounds three supporting legs, to keep eas tag (bottle anchor clamps label) and to cooperate to be locked on the bottleneck.In an embodiment, the bottle cap safety means can remain locked on the bottleneck until the user with it with have the magnetic mechanism release of separable magnet.

In an embodiment, bottle band safety means can be by the be magnetic locking strip that is loaded with eas tag of mechanism of annex (bottle cap safety means) retainer belt, with the fixing top of bottleneck of three supporting legs of fastening groove round three supporting legs, with the be magnetic locking strip that is loaded with eas tag of mechanism of retainer belt.In an embodiment, bottle band safety device can comprise the band member, and this band member is applicable to install around bottleneck, and is used for making the locking strip that is loaded with eas tag with magnetic mechanism to center on this band and locking bottleneck.

In an embodiment, bottle band safety means can comprise being loaded with the eas tag with the locking strip of magnetic mechanism, and cooperate to be locked in common bottleneck.In an embodiment, bottle band safety means can remain locked on the bottleneck until the user by dismountable this equipment of magnet release.

In an embodiment, but bottle cap safety means retainer belt is magnetic the eas tag of mechanism with fixing bottleneck top.In an embodiment, the bottle cap safety means can comprise top and the bottom enclosure that keeps eas tag, inner member (band) and outer member (handle), and this shell cooperates by the frothy bolt lock mechanism of tool the bottle safety means are locked on the bottleneck.Inner member (band) also can be included in the tooth on the groove, and this tooth is in top and bottom enclosure inner rotation, and this groove process has the mechanism of the breech lock of the tooth that is kept by foam.

In an embodiment, the bottle cap safety means eas tag that can keep having magnetic mechanism is with fixing bottleneck top.In an embodiment, the bottle cap safety means can comprise top and the bottom enclosure that keeps eas tag, inner member (band) and outer member (handle), and this shell cooperates by the frothy bolt lock mechanism of tool the bottle safety means are locked on the bottleneck.Inner member (handle) also can be included in the tooth on the groove, and this tooth is in top and bottom enclosure inner rotation, and this groove process has the mechanism of the breech lock of the tooth that is kept by foam.

Although some characteristic of embodiment are in this description, those skilled in the art will expect many modifications, replacement, variation and equivalent now.So, should be appreciated that additional claim is intended to cover all these and drops on scope of embodiments interior modification and change.

Claims

1. safety means (2,1502,1702) that are used for bottle comprising:

Magnetic actuation locking mechanism (10,1510);

Band (1550,1750); And

Shell (30,1530), described magnetic actuation locking mechanism (10,1510) and band (1550,1750) are fixed to described shell (30,1530);

Described safety means further comprise bottle cap (1570), holding bottleneck and to be fixed to described shell (30,1530),

Wherein said bottle cap (1570) is integral or holds with described shell and is configured to hold described band (1550,1750) contained structure (1580), described band is installed around bottleneck, and during in latched position, described shell is locked on the described bottle at described magnetic actuation locking mechanism.

2. safety means according to claim 1, wherein said magnetic actuation locking mechanism (10,1510) comprises magnetic actuation breech lock (12,1512), flexible member (16,1516) and breech lock co-operating member (18,1518).

3. safety means according to claim 2, wherein said flexible member (16,1516) and described magnetic actuation breech lock (12,1512) are combined into single.

4. safety means according to claim 2, wherein said shell (30,1530) further comprises groove (6,1586); Described magnetic actuation breech lock (12,1512) and flexible member (16,1516) are at least partially disposed in the described groove (6,1586).

5. safety means according to claim 2, wherein said band (1550,1750) comprises described breech lock co-operating member (18,1518).

6. safety means according to claim 2, wherein said breech lock co-operating member (18,1518) comprises at least one empty nest (1590).

7. safety means according to claim 6, wherein said flexible member (16,1516) be arranged on described magnetic actuation breech lock (12,1512) near, and to the described magnetic actuation breech lock (12 of latched position bias voltage, 1512) at least a portion of, stating magnetic actuation breech lock (12,1512) in this latched position place extends in the described empty nest (1590).

8. safety means according to claim 2, wherein said breech lock co-operating member (18,1518) comprises at least one ledge (1592).

9. safety means according to claim 8 are wherein worked as described magnetic actuation breech lock (12,1512) when being in latched position, and described at least one ledge (1592) cooperates with described magnetic actuation breech lock (12,1512).

10. safety means according to claim 2, wherein said magnetic actuation breech lock (12,1512) comprises that at least one ledge (1551) is to cooperate with described breech lock co-operating member (18,1518).

11. safety means according to claim 10, wherein said breech lock co-operating member (18,1518) comprise at least one empty nest (1590); Described at least one ledge (1551) is by cooperating and cooperate with described breech lock co-operating member (18,1518) with at least one empty nest (1590).

12. safety means according to claim 2, wherein said magnetic actuation breech lock (12,1512) are positioned between described flexible member (16,1516) and the described breech lock co-operating member (18,1518).

13. safety means according to claim 1 further comprise safety label (20,1520).

14. safety means according to claim 13 are in the besieged described shell of wherein said safety label (20,1520) (30,1530).

15. safety means according to claim 2, wherein said breech lock co-operating member (18,1518) comprises penetrable material.

16. safety means according to claim 1, wherein said bottle cap (1570) and shell (30,1530) are individual components.

17. safety means according to claim 2, wherein said magnetic actuation breech lock (12,1512) can be moved away described latched position by magnetic force.

18. safety means according to claim 17, wherein said magnetic actuation breech lock (12,1512) can move in the direction of basic straight line.

19. safety means according to claim 17, wherein said magnetic actuation breech lock (12,1512) can move in the direction of basic rotation.

20. safety means according to claim 17, wherein said magnetic actuation breech lock (12,1512) can move in the direction of rotation and rectilinear direction combination.

21. safety means according to claim 1, wherein said shell (30,1530) comprise tape channel wall (1540,1740) and the tape channel that is limited by described tape channel wall, described bottle shrinks around described bottleneck by described tape channel wall and is fixed to described shell (30,1530), described tape channel wall (1540,1740) be shaped as and hold described band (1560,1760).

22. safety means according to claim 21, wherein said tape channel wall (1540,1740) have two ends (1540A, 1540B; 1740A, 1740B); Described two ends can be promoted to shrink described tape channel (1536) toward each other.

23. safety means according to claim 22, wherein said two ends (1540A, 1540B; 1740A, 1740B) all have a handle from its extension; Described two handles can be promoted to shrink described tape channel (1536) toward each other.

24. safety means according to claim 23, wherein when described two handles were promoted toward each other, at least a portion of described band (1550,1750) was mobile along described tape channel (1536).

25. safety means according to claim 24 wherein when described magnetic actuation breech lock (12,1512) when being in latched position, provide the described band of opposing (1550,1750) at the resistance that moves with the direction of the opposite direction of described Tape movement.

26. safety means according to claim 13, wherein said shell (30,1530) comprises safety label chamber (1532), and described safety label chamber (1532) surrounds described safety label (20,1520).

27. safety means according to claim 1, wherein said shell (30,1530) comprises locking mechanism bag (1531), and described locking mechanism bag (1531) surrounds described locking mechanism (10,1510).