CN204378633U - For showing the display system of product and the fixator for fixed product - Google Patents

Abstract

The disclosure relates to the display system for showing product and the fixator for fixed product.Described display system comprises: the fixator comprising retainer body, the restriction semi-spherical shape at least partially of wherein said retainer body; And limiting the Display stem of recess, described recess is shaped as the hemisphere portion holding described retainer body.The technical problem that an embodiment of the present utility model will solve is to provide a kind of display system for presenting product in mode consistent and attractive in appearance.The purposes of an embodiment of the present utility model there is provided a kind of display system for showing product, described display system can limit potential buyer takes display model away ability (such as, for preventing stealing or other undelegated use) from viewing area.

Description

For showing the display system of product and the fixator for fixed product

Technical field

Described embodiment relates generally to the display system for showing product and the fixator for fixed product.More specifically, embodiment relates to Display stem (display stem) for showing consumer products in retail shop and product fixator.

Background technology

Retailer or other people may expect to make product to can be used for being used (such as, testing) by potential buyer or other people.In some cases, retailer also may expect to limit potential buyer takes product away ability from viewing area.

Utility model content

An object of an embodiment of the present disclosure to provide a kind of display system for showing product, described display system can present product in mode consistent and attractive in appearance, and restriction potential buyer takes the ability (such as, for preventing stealing or other undelegated use) of display model away from viewing area further.

Retailer can have the display model product representing the product that buyer can be allowed to buy.In order to induce this purchase, retailer can make display model can be used for being used by potential buyer.In order to promote this use, retailer also may expect to present product in mode consistent and attractive in appearance, induce potential buyer touch (handle) and test showpiece thus further, and the element minimizing showing stand (display stand) is watched potential buyer and use the interference of product.But retailer may expect to limit potential buyer takes display model away ability (such as, for preventing stealing or other undelegated use) from viewing area.

In order to achieve this end, retailer can use display system according to embodiment described herein or its element.

According to an aspect of the present disclosure, providing a kind of display system for showing product, it is characterized in that, described display system comprises: the fixator comprising retainer body, the restriction semi-spherical shape at least partially of wherein said retainer body; And limiting the Display stem of recess, described recess is shaped as the hemisphere portion holding described retainer body.According to an embodiment, described recess is hemispherical.

According to another aspect of the present disclosure, provide a kind of display system for showing product, it is characterized in that, described display system comprises: the fixator comprising retainer body, described retainer body has at least one and is coupled to the first magnet on it, and wherein said retainer body has hemispherical shape; And limiting the Display stem of recess, described recess limits opening and is deployed at least one second magnet adjacent with described opening.According to an embodiment, described display system comprises at least two the first magnets and at least two the second magnets, the central shaft that wherein said at least two the first magnets are deployed to about described retainer body is equidistant each other, and described at least two the second magnets are deployed to about the opening in described recess equidistant each other.

According to another aspect of the present disclosure, provide a kind of fixator for fixed product, it is characterized in that, described fixator comprises: retainer body, has the outer surface of apex zone, basal region and the smooth curved substantially between described apex zone and described basal region; And bracket, be attached to described retainer body extending from described retainer body in two opposite directions, the outer surface of wherein said smooth curved substantially there is continually varying slope from described apex zone to described basal region at least partially that extend from.According to an embodiment, described outer surface is hemispherical.

According to another aspect of the present disclosure, provide a kind of display system for showing product, it is characterized in that, described display system comprises: the fixator comprising retainer body, and described retainer body has and is deployed in its exterior semi-spherical surface and multiple first charging contacts of interval first vertical range; And limiting the Display stem of recess, described recess comprises deployment and interval equals multiple second charging contacts of the second distance of described first vertical range thereon.According to an embodiment, at least one in described multiple first charging contact and described multiple second charging contact comprises multiple concentric charging contact ring.

According to another aspect of the present disclosure, providing a kind of display system for showing product, it is characterized in that, described display system comprises: the fixator comprising retainer body, and described retainer body comprises multiple first magnet; And limit the Display stem of recess and opening, described Display stem comprises multiple second magnets about described opening radial deployment, described multiple second magnet have the positive polarity that replaces about described opening towards with negative polarity towards.According to an embodiment, described multiple first magnet is about the central shaft radial deployment of described retainer body.

According to another aspect of the present disclosure, providing a kind of display system for showing product, it is characterized in that, described display system comprises: retainer body; And being attached to the bracket of described retainer body, described bracket comprises at least two bracket blocks, and each bracket block comprises the bracket arm extended from described retainer body; And there is the relief cable of complementary plug, wherein said retainer body limits plug recess, and wherein each bracket block a part described plug recess and described relief cable at least partially around be wound around, so that described complementary plug is fixed in described plug recess.

In certain embodiments, a kind of display system for showing product, comprise: for the fixator of fixed product and the Display stem at its near-end restriction recess, wherein fixator comprises retainer body and is attached to the bracket of retainer body, the wherein restriction semi-spherical shape at least partially of retainer body, bracket comprises at least two bracket arms being configured to extend around the opposite side of product, and recess is shaped as the hemisphere portion holding retainer body.

In certain embodiments, a kind of display system for showing product, comprise: for the fixator of fixed product, this fixator comprises the retainer body on its outer surface with multiple first charging contacts, and wherein retainer body is hemispherical at least partially.This system can also comprise the Display stem limiting recess, and recess is shaped as and holds hemispherical retainer body, and wherein recess comprises multiple second charging contact.When retainer body is in recess, the first charging contact and the second charging contact can electric connections.

In certain embodiments, a kind of display system for showing product, comprise: for the fixator of fixed product and the Display stem at its near-end restriction recess, wherein fixator comprises and has at least one and be coupled to the retainer body of the first magnet on it and be attached to the bracket of retainer body, bracket comprises at least two bracket arms being configured to extend around the opposite side of product, recess limits at least one second magnet of opening and deployment adjacent with this opening, wherein, when being deployed at least partially in the recess of Display stem of retainer body, if retainer body not pre-qualified towards on, then at least one first configurations of magnets described be make retainer body rotate to this pre-qualified towards, and at least one first configurations of magnets wherein said is by causing rotation to the magnetic attachment of at least one the second magnet.

In certain embodiments, a kind of display system for showing product, bag: for the fixator of fixed product, this fixator comprises the retainer body with multiple first magnets.This system can also comprise the Display stem limiting recess and opening, and Display stem can comprise multiple second magnets of the adjacent deployment with opening, described multiple second magnet have positive polarity alternately towards with negative polarity towards.Described multiple first magnet can be configured to, when being deployed at least partially in the recess of Display stem of retainer body, if retainer body not pre-qualified towards on, then make retainer body rotate at least one pre-qualified towards, and described multiple first magnet can by causing rotation to the magnetic attachment having multiple second magnets of opposite polarity with described multiple first magnet.

In certain embodiments, a kind of display system for showing product, comprise: retainer body, be coupled at least one first magnet of retainer body, at least one first configurations of magnets described is, when being deployed in Display stem at least partially of retainer body, if retainer body not pre-qualified towards on, then make retainer body rotate to this pre-qualified towards.

In certain embodiments, a kind of display system for showing product, comprising: retainer body; And being attached to the bracket of retainer body, bracket comprises at least two bracket blocks, and each bracket block has the bracket arm for extending around the opposite side of product.This system can also comprise the relief cable with complementary plug, wherein retainer body limits plug recess, to hold complementary plug at least partially, and wherein each bracket block a part plug recess and relief cable at least partially around be wound around, complementary plug is fixed in plug recess.

In certain embodiments, a kind of fixator for fixed product, comprise: the retainer body with apex zone, basal region and the outer surface of smooth curved substantially, and be attached to the bracket of retainer body, bracket comprises at least two bracket arms be configured to about fixator fixed product, wherein substantially smooth curved outer surface have at least partially from apex zone to basal region extend continually varying slope.

In certain embodiments, a kind of method showing product, comprise: relative to fixator fixed product, wherein fixator comprises the main body of the substantially level and smooth outer surface of restriction, utilize and be coupled to fixator and the tensioned cable extending through Display stem is retracted into fixator on the far-end of Display stem, and if fixator not pre-qualified towards on just utilize magnetic picture for Display stem fixator be directed to this pre-qualified towards.

In certain embodiments, a kind of method being separated to the cable of product fixator, comprise: the cable of the product fixator that is located by connecting in the notch of the instrument of disconnection, at least two of the instrument of disconnection pins are inserted at least two of being arranged on product fixator and disconnects aperture, described at least two disconnect aperture on the opposite side of cable being attached to product fixator, and actuation part is deployed in the relieving mechanism in product fixator in response to the insertion of at least two pins, wherein said at least two pins are deployed on the opposite side of notch.

A technique effect according to a disclosure embodiment there is provided a kind of display system for showing product, described display system can present product in mode consistent and attractive in appearance, and restriction potential buyer takes the ability (such as, for preventing stealing or other undelegated use) of display model away from viewing area further.

Accompanying drawing explanation

By reference to the accompanying drawings, by the following specifically describes, present disclosure will be readily appreciated that, label identical in accompanying drawing indicates identical structural detail, and wherein:

Fig. 1 shows the display system of the maintenance product according to embodiment.

Fig. 2 shows the viewgraph of cross-section of the display system according to embodiment.

Fig. 3 shows the perspective view of the display system according to embodiment.

Fig. 4 shows the first perspective view of the fixator according to embodiment.

Fig. 5 shows the second perspective view of the fixator according to embodiment.

Fig. 6 shows the perspective view of the bracket according to embodiment.

Fig. 7 shows the exploded view of the display system according to embodiment.

Fig. 8 shows the viewgraph of cross-section of the 8-8 ' along the line of display system shown in Fig. 7.

Fig. 9 shows the display system assembled according to embodiment.

Figure 10 shows the viewgraph of cross-section of the 10-10 ' along the line of display system shown in Fig. 9.

Figure 11 shows the bottom perspective view of the fixator according to embodiment.

Figure 12 shows the top perspective of the fixator according to embodiment.

Figure 13 shows the side view of the fixator according to embodiment.

Figure 14 shows the bottom view of the fixator according to embodiment.

Figure 15 shows the viewgraph of cross-section of the Display stem according to embodiment.

Figure 16 shows the view of the Display stem obtained from the angle of the arrow 16 of Figure 15.

Figure 17 shows the exploded view of the fixator according to embodiment.

Figure 18 and 19 shows the top view being in each several part of the fixator of different assembled state according to embodiment.

Figure 20 shows the exploded view of the Display stem according to embodiment.

Figure 21 shows the view of the Display stem obtained from the angle of the arrow 16 of Figure 15.

Figure 22 shows the exploded view of the part of the fixator according to embodiment.

Figure 23 shows the bottom view of the fixator according to embodiment.

Figure 24 shows the disconnection instrument according to embodiment.

Figure 25 shows the operation of the disconnection instrument according to embodiment.

Figure 26 shows the display system according to the multiple product of the maintenance of embodiment.

Detailed description of the invention

Now by particularly with reference to the representative embodiment illustrated in the accompanying drawings, wherein identical label is used to refer to identical or functionally similar element.Should be appreciated that following description is not embodiment will be limited to a kind of preferred embodiment.On the contrary, be the alternative that will cover in the described embodiment purport and scope that can be included in as defined by the appended claims, amendment and equivalent.

Specific feature, structure or characteristic can be comprised to the embodiment quoted described by instruction of " a kind of embodiment ", " embodiment ", " some embodiments ", " example embodiment " etc., but not be that often kind of embodiment is all necessary to comprise this specific feature, structure or characteristic.And this phrase not necessarily refers to identical embodiment.In addition, when specific feature, structure or characteristic contact an embodiment be described time, should think and realize this feature, structure or characteristic in the knowledge of those skilled in the range in conjunction with other embodiment, and no matter whether these other embodiments are described clearly.

Retailer can have the display model product representing the product that buyer can be allowed to buy.In order to induce this purchase, retailer can make display model can be used for being used by potential buyer.But retailer may expect to limit potential buyer takes display model away ability (such as, for preventing stealing or other undelegated use) from viewing area.In order to achieve this end, retailer can use showing stand as described herein, and this showing stand can comprise security feature.Although this document just retailer provides display model to describe its showing stand for potential buyer, but showing stand can be applied to other suitable situation any (such as, wherein expect that confined any situation is wanted in the use of showpiece), all like users can use the information station of shown showpiece, or customer service station.

Product is made to can be used for also may being expected to present product in mode attractive in appearance by the retailer that potential buyer uses, induce potential buyer touch and test this showpiece thus further, and the element minimizing showing stand is watched potential buyer and use the interference of product.In order to induce potential buyer further, showing stand may be expected to be configured to provide outward appearance consistent and attractive in appearance, thus the experience of the potential buyer that do not detract when viewing, touch and test showpiece.

As described, embodiment of the present utility model relates to the system and method for showing product.System can comprise cooperation to present Display stem and the fixator of product to user.Fixator can be attached to the dorsal part of product (such as, the electronic equipment of all like phones, panel computer, camera, music player, PC, kneetop computer or computer peripheral) and can be included in the back side of product and the bracket of side periphery winding.When product is fixed on showing stand, fixator can be hidden and not in sight.By minimizing the potential impairment visual impact being attributable to fixator, this low Section Design can increase the aesthetic feeling of product.This can make on the visual cognitive ability of potential customer to product instead of fixator or Display stem configuration.Display stem can comprise the recess at least partially for holding fixator, hides that it is in sight at least partially and not thus.Fixator can be directed so that indexed to these positions in recess at one or more preposition.Such as, fixator can pass through magnetic force (such as, corresponding to the magnet of index position) and is directed to described index position.

In certain embodiments, fixator can be coupled to support bar movably.Such as, it can have wherein fixator and leans against seated position (seated position) on support bar and wherein fixator is removable and leave the off-position of (free from) support bar.In certain embodiments, fixator can be coupled to attached cable, and this cable provides the cable of the certain length that can pull out from support bar, and to allow potential buyer to take fixator away from support bar, wherein product is fixing on the holder.Attached cable can allow user to pick up and touch the product being fixed to fixator, prevents theft of products simultaneously.Fixator can comprise bracket product being fixed to fixator.Bracket can be configured to single part or multiple part.In certain embodiments, bracket is included in two parts be coupled to around product together, thus product is fixed to fixator.

Retailer also may be desirably in after potential buyer has touched display model display model turn back to its home position on showing stand and towards, make it in the position that retailer expects with towards presenting to next potential buyer.This can present retail environment orderly, attractive in appearance.Embodiment of the present utility model can display model automatically return to its home position on showing stand and towards.Such as, the attached cable being attached to the fixator being coupled to display model can be retracted, to be touched when its people discharges at display model, equipment is moved on Display stem.And in certain embodiments, fixator can have shape, it is automatically taken one's seat in the recess of Display stem under the tension force effect of attached cable, and does not hang over (such as, hemispherical) on the edge of recess.In addition, in certain embodiments, one or more aligning guide, such as, but not limited to magnetic element, can be used for display model to automatically return to its home position and towards (or turn back to one or more index towards).Such as, the magnetic element of fixator can by its magnetic attachment rotational fixture in recess to the magnetic element of Display stem, thus relative to support bar automatic rotation display model, until it be in predetermined index towards in one (such as, predetermined expectation towards).Such as, fixator can have make its index any desired towards and/or quantity towards aligning guide.In certain embodiments, can index four towards: 0 °, 90 °, 180 ° and 270 °.These orientations may correspond in the display screen of shown showpiece polarity and laterally towards, display screen can work as when rotating between index position by the content-targeted one-tenth of display corresponding to fixator each towards.

Fixator can be powered to product fixed thereon.In certain embodiments, fixator can comprise the charging contact be configured to the corresponding charging contact electric connection be positioned on Display stem, to power to product.In certain embodiments, corresponding charging contact can only (such as, predetermined towards being seated in the recess of Display stem completely) just electric connection when fixator is suitably seated on Display stem.In certain embodiments, aligning guide, such as, but not limited to magnetic element, what can be used for facilitating fixator on Display stem suitably takes one's seat and therefore facilitates the electric connection between corresponding charging contact.

Below with reference to Fig. 1-2 6, these and other embodiment is discussed.But those skilled in the art will readily recognize that, the specific descriptions provided about these figure are herein only used to explain and be not considered to be restriction.

As shown in fig. 1, embodiment of the present utility model comprises the display system 10 for showing product 20, and this display system 10 has fixator 30 and support system 50.Product 20 can be the article (such as, display model) for selling.Support system 50 can the fixator 30 that is fixed to the upper of support product 20.In certain embodiments, support system 50 is desk, shelf, wall or other retail display structures.Support system 50 can be same or similar with support system 300 as herein described.Display system 10 can be used for showing and keep product 20 and the product 20 that can allow to be fixed to fixator 30 is removed (such as, being touched by potential buyer) from support system 50, simultaneously still fixed product 20.Support system 50 can comprise the Display stem 40 for showing and keep fixator 30, and wherein product 20 is fixed to fixator 30.In certain embodiments, Display stem 40 can be same or similar with Display stem 304 as herein described.In certain embodiments, fixator 30 can be same or similar with fixator 200 as herein described.In some cases, product 20 can be mutual and can comprise display screen.Potential buyer can take product 20 away from Display stem 40 and return it to Display stem, or rotate product on Display stem 40, and mutual with Display stem while product keeps being supported on Display stem 40.

In order to more easily to enter, mode that is rotatable and that can return shows and keeps product 20, fixator 30 and Display stem 40 can separate, and can mate movably each other, such as dock the node of (vice versa) (such as by fixator 30 with the recess of Display stem 40, from the projection that it stretches out, form the main body of fixator).Such as, node can be contained in product in recess and can be shown device support bar 40 and support.Node can be configured to move in recess.Fixator and Display stem 40 can have the various shapes being configured to interface each other.In certain embodiments, the size at least partially of node and dimension (being shaped as) and recess is corresponding at least partially.Node and recess can be each other positive/negative.In certain embodiments, recess and node can have corresponding rounded shapes, include but not limited to cylindrical shape, the cylindrical shape of inclination, egg type and hemispherical.This rounded shapes can help to be convenient to the rotation of product 20 on Display stem 40, and product 20 removing or replacing on Display stem 40.

In order to the display that product 20 remained on expectation towards or multiple expectation towards in one towards place, in certain embodiments, display system 10 comprises aligning guide, and described aligning guide can be index mechanism product 20 being registered to an index position in multiple index position.This index mechanism can make the product 20 of display relative to Display stem 40 be automatically rotated to one of them index towards.In certain embodiments, the index mechanism of display system 10 indexed with make product 20 rotate one in 0 °, 90 °, 180 ° and 270 ° with the general viewing of the display screen of matching product 20 towards.Such as, some display screens can rotate with the increment of 90 degree towards automatic according to it, so that the media of display are by the orientation that faces up.On this product 20 that shown system is fixed display media will be directed according to facing up with vertical or horizontal pattern subsequently because display system 10 product 20 can be automatically rotated to vertical or horizontal in one.

Fig. 2 shows the display system 100 for showing product 102 according to some embodiments.Display system 100 generally can correspond to above-mentioned display system 10.Display system 100 can comprise fixator 200 and support system 300.As shown in Figure 2, support system 300 can support fixer 200, and wherein product 102 is fixed to fixator 200.Display system 100 can be used for showing and keep product 102 and the product 102 that can allow to be fixed to fixator 200 is removed (such as, being touched by potential buyer) from support system 300, simultaneously still fixed product 102.As shown in Figure 2, this can utilize the attached cable 328 being attached to fixator 200 to realize.When the product 102 being fixed to fixator 200 is placed back in support system 300, attached cable 328 can be reduced to (and/or through) support system 300, as described further below.

As shown in Figure 2, fixator 200 comprises retainer body 202 and the bracket 230 for keeping product 102.Retainer body 202 has the outer surface 218 (such as basal region 204 and apex zone 220) of band lower area 204 and upper area 220.The basal region 204 of retainer body 202 comprises the mounting surface 206 engaged with the bottom surface 236 of bracket 230.Apex zone 220 is from basal region 204 region farthest or point on outer surface 218.In certain embodiments, with on the direction orthogonal at least partially of mounting surface 206, apex zone 220 from basal region 204 farthest.In certain embodiments, at least one first magnetic element, such as at least one first magnet 228, is coupled to retainer body 202.In certain embodiments, at least one first magnet 228 forms a part for outer surface 218.In certain embodiments, at least one first magnet 228 is embedded into (such as, in its cavity) in retainer body 202.Attached cable 328 can be attached to retainer body 202 (such as, through coupling element 222, seeing Fig. 5).And attached cable 328 can utilize any suitable technology to be fixed to retainer body 202, what include but not limited in the middle of the adaptive or welding of the adaptation of the adaptation of adhesive (such as, glue or epoxy resin), screw type, friction type, luer lock is one or more.In certain embodiments, along the central shaft of retainer body 202, attached cable 328 is attached to retainer body 202 near apex zone 220 or its.In certain embodiments, multiple (such as, 2,3 or 4) first magnet 228 (such as, around the central shaft of retainer body 202) around attached cable 328 is disposed.In certain embodiments, multiple first magnet 228 is equidistant each other about attached cable 328.

In addition, retainer body 202 can be included in the safety switch 214 in mounting surface 206.Safety switch 214 can be used for testing product 102 and whether be attached to fixator 200, and can be removed and alert trigger from fixator 200 in response to product 102.Such as, in certain embodiments, when product 102 is coupled to retainer body 202, product 102 can engage (or depart from) safety switch 214 (such as, being pressed the button of safety switch 214 by the dorsal part 104 of product 102).Safety switch 214 can be communicatively coupled to alarm or other is reminded, and prompting can be triggered because product 102 is removed from retainer body 202.Product 102 can depart from (or engagement) safety switch 214 from this removal of retainer body 202, triggers prompting thus.In certain embodiments, retainer body 202 can comprise for reminding user product 102 from the removed indicator 256 (see such as Figure 11 and 13) of retainer body 202.Indicator 256 can include but not limited to the audio indicator of lamp (such as, light emitting diode (LED)) and/or such as buzzer or ring.In certain embodiments, Display stem 304 can alternatively or additionally comprise indicator 256.In certain embodiments, remind and can also be triggered when attached cable 328 cuts off.

Bracket 230 comprises bottom surface 236 and end face 232.In certain embodiments, bracket 230 can comprise one or more bracket arm 238.In certain embodiments, when product 102 is installed to fixator 200, the dorsal part 104 of product 102 can lean against on mounting surface 206 and end face 232, and bracket arm 238 helps product 102 to be fixed to fixator 200.Each bracket arm 238 comprises vertical support thing 240 and horizontal supports 242.

As shown in Figure 2, support system 300 comprises supporter 302 and Display stem 304.Supporter 302 can be the architectural feature of such as building or article of furniture.Such as, supporter 302 can be desktop, table top, bookshelf, floor, ceiling or wall.The far-end 306 of Display stem 304 is installed to supporter 302.In certain embodiments, far-end 306 is installed to supporter 302 in such a way, make it possible to only utilize special instrument and/or the disabled mean of access of potential buyer (access) to realize removing when not damaging support system 300, and/or can only by the operation of likely attracts attention realize (such as, can only below show stand close to or the securing member that non-standard instrument can only be utilized to unclamp).

Display stem 304 can in any angle 335, such as, shown in Fig. 2 90 ° ^,or the oblique angle 335 shown in Fig. 1, extends from supporter.This oblique angle 335 can be such as 45 °, 20 ° or 7 °.Display stem 304 can be connected to supporter 302 (see such as Figure 10) through far-end 306 and connector 308.Display stem 304 can be the hollow structure limited by support bar wall 310 and passage 314.In certain embodiments, Display stem 304 can be cylindrical or truncated cone.The recess 320 being positioned at the near-end 312 of Display stem 304 forms the uppermost part of passage 314.At the far-end of recess 320, passage 314 can narrow (such as, in throat region 315).Throat region 315 directly at the far-end of recess 320, and in certain embodiments, can be arranged in the first half of Display stem 304.In certain embodiments, recess 320 can be made up of (see such as Figure 15) the insert 318 of the near-end 312 being attached to Display stem 304.

Recess 320 can limit the bottom opening 323 of the open top 321 being configured to hold retainer body 202 and remainder recess 320 being connected to passage 314.Recess 320 comprises the inwall 322 being at least partially shaped as and holding retainer body 202, hides retainer body thus not in sight when retainer body 202 is accommodated in recess 320.In certain embodiments, recess 320 is shaped as and holds whole retainer body 202.In certain embodiments, at least one second magnetic element, such as at least one second magnet 326, can be deployed in Display stem 304 adjacent with recess 320.In certain embodiments, the surface of at least one the second magnet 326 forms a part for inwall 322.In certain embodiments, multiple (such as, 2,3 or 4) second magnet 326 is deployed in around passage 314.In certain embodiments, multiple second magnet 326 is equidistant each other about passage 314.Second magnet 326 can be positioned to when retainer body 202 is accommodated in recess 320 and the first magnet 228 interacts.Conveniently this interaction, recess 320 and retainer body 202 can have the shape of pairing, make their surface (and magnet) when they are engaged to together very close.Such as, as shown in Fig. 1,8 and 10, retainer body 202 can have positive shape and recess 320 can have the negative shape of mating together with positive shape.In certain embodiments, positive shape and negative shape are positive and negative semi-spherical shape.First magnet 228 of retainer body 202 can make retainer body 202 rotate, and makes the first magnet 228 because the magnetic attachment between magnet is as far as possible close to the second magnet 326 of Display stem 304.This interaction between first magnet 228 and the second magnet 326 is used for the automatic orientation fixator 200 (with the product 102 be fixed) when fixator 200 is accommodated in the recess of Display stem 304.

Although Fig. 1-2 6 shows the Display stem 304 with recess 320 and the retainer body 202 with general convex row curvature, recess 320 and retainer body 202 can have the various shapes being configured to interface each other.Such as, retainer body 202 can comprise the node with recess 320 interface.This node can be configured to move in recess 320.In certain embodiments, the size at least partially of this node and dimension (being shaped as) and recess 320 is corresponding at least partially.This node and recess 320 can be each other positive/negative.In certain embodiments, recess 320 can comprise its size and dimension be designed to (being configured as) be positioned on fixator 200 recess (recess such as, formed in retainer body 202) correspondence projection.In certain embodiments, the projection that recess 320 can utilize size and dimension to be designed to (being configured as) corresponding with the recess formed in retainer body 202 replaces.Recess 320 and retainer body 320 can comprise any suitable correspondingly-sized and shape.In certain embodiments, recess 320 and retainer body 202 can have corresponding rounded shapes.In certain embodiments, recess 320 and retainer body 320 can have corresponding rounded shapes, include but not limited to cylindrical shape, the cylindrical shape of inclination, egg type and semi-spherical shape.

In certain embodiments, attached cable 328 extends through the passage 314 of Display stem 304.Attached cable 328 is made to help hiding attached cable 328 not in sight through Display stem 304 and make it not too easily tangle together or damage.One end 329 of attached cable 328 is connected to retainer body 202 and the other end is connected to anchor 330.Attached cable 328 can also be connected to power/data source 332.Power/data source 332 is configured to provide electric power and/or data when product 102 is fixed to fixator 200 to product 102.Such as, electric power and/or data can be sent to by retainer body 202 relief cable 402 (see Fig. 4) being connected to electric power on product 102 and/or FPDP.

Anchor 330 can comprise or can be cam mechanism 334 (see Fig. 2).Cam mechanism 334 can be configured to apply tension force to attached cable 328, so that (such as, being applied by the people touching institute's fixed product 102) that be not fixed on device 200 at applied tension force draws fixator 200 when another is made every effort to overcome and takes towards cam mechanism 334.In certain embodiments, cam mechanism 334 can comprise the pulley of such as spring load, counterweight or other the suitable device any for cable of retracting.When retainer body 202 is accommodated in recess 320, cam mechanism 334 keeps fixator 200 (see such as Fig. 9 and 10) through attached cable 328 against the near-end 312 of Display stem 304.When user picks up product 102, this action applies abundant power to overcome the tension force applied by cam mechanism 334, thus allows attached cable 328 to be drawn out by passage 314.In certain embodiments, the length that cable 328 can be drawn out is limited, limits the distance that fixator 200 can be taken away from support system 300 with the product 102 be fixed thus.This can prevent attached cable 328 to be removed from support system 300 completely.In certain embodiments, the length that cable 328 can be drawn out is confined to pre-qualified length.By this way, display system can be used to provide the safe class of change.

Such as, in certain embodiments, the predetermined length that attached cable 328 can be drawn out can be zero, attached cable 328 is made to keep fixator 200 (such as, making the retainer body 202 of fixator 200 can not be removed from the recess 320 of Display stem 304) against near-end 312.In fact, in this configuration, attached cable 328 can not be drawn out.This configuration stops client to pick up product 102, but is the increase in the difficulty of theft of products 102.As fruit product 102 can not be removed from Display stem 304, releasing (played-out) length that then potential thief can not depend on attached cable 328 provides the leverage (leverage) (such as, by being wound around cable and exerting a force suddenly on his arm) from fixator 200 and/or support system 300 separate out product 102.

In another kind of embodiment, the predetermined length that attached cable 328 can be drawn out can be moderate-length, such as such as allowing user to pull out attached cable 328 length of 6 inches at the most.This length allows client pick up product 102 and check it.This allows potential buyer more thoroughly to check product 102, still limits the amount of potential thief for the leverage from fixator 200 and/or support system 300 separate out product 102 simultaneously.

In another kind of embodiment, the predetermined length that attached cable 328 can be drawn out can be long length, such as such as 1 meter.This length is the maximum free degree that potential customer provides test products, but compares with moderate-length with short, provides the leverage of maximum can to potential thief.

Depend on the situation that display system 100 uses wherein, can be used by retailers' choice for the short, medium of attached cable 328 and long predetermined length.Such as, depend on the security risk that feels (such as, low-risk is grown, for medium risk with medium, and for excessive risk with short), shown product 102 (such as, for panel computer with medium, because panel computer is usually operated in arm length; Or long for smart phone, because smart phone is usually operated near the head of user) or these and/or other certain combination of considering, retailer can select different length.The pre-defined length that these or other situation can be able to be drawn out simply by change attached cable 328 arbitrarily adapts to.Therefore, display system 100 can provide single display solution across the different product of large-scale retailer and security risk.

Shown in Figure 3 according to the perspective view of the Display stem 304 of embodiment.The recess 320 being positioned at near-end 312 comprises the inwall 322 with semi-spherical shape, with the opening leading to throat region 315.Although inwall 322 shows for having semi-spherical shape in figure 3, in other embodiments, recess 320 can have different shapes, includes but not limited to ellipse, taper shape, egg type or cylindrical.In certain embodiments, the shape of recess 320 is corresponding with the shape of the outer surface 218 of retainer body 202.In certain embodiments, the major part of the shape of recess 320 meets the shape of outer surface 218 just.Hemispheric corresponding relation between the recess 320 of some embodiment and retainer body 202 contributes to fixator 200 and rotates freely on Display stem 304.This rotates freely and aligning guide (such as described magnet) rotational fixture 200 can be helped to index position, to make from retainer body 202 minimum with the interference of the match surface of recess 320.Due to its normally smoothed curve, when fixator is pulled downwardly (such as by cam mechanism 334) and enters recess 320, the semi-spherical shape of retainer body 202 also contributes to minimizing the possibility that retainer body catches the edge of Display stem 304.

As shown in Figure 3, inwall 322 comprises multiple second magnet 326.Second magnet 326 is deployed in (see Fig. 7 and 8) in the cavity 324 of Display stem 304 and limits a part for inwall 322.Or the second magnet 326 can be deployed in below inwall 322.

Fig. 3 also show the passage 314 with circular cross section.In other embodiments, passage 314 can have different shape of cross sections, includes but not limited to ellipse or polygon.In certain embodiments, Display stem wall 310 is single integral blocks (see such as Fig. 2,8 and 10).In certain embodiments, Display stem wall 310 is made of aluminum.In certain embodiments, the surface of Display stem wall 310 utilizes abrasive blasting (such as, sandblasting) and anodic oxidation to carry out polishing.

Retainer body 202 according to embodiment illustrates in figures 4 and 5.Fig. 4 shows the basal region 204 comprising mounting surface 206 according to a kind of embodiment.Mounting surface 206 has sagging region 210 and outstanding region 211, for holding a part for bracket 230 together and bracket 230 being non-rotatably fixed to retainer body 202 (see Fig. 9).Mounting surface 206 can limit one or more hole 212, and this some holes 212 is configured to hold the retention mechanism (such as, screw, bolt, pin, rivet, ratchet) retainer body 202 being fixed to bracket 230.Hole 212 can be threaded or not threaded.Alternatively or additionally, retainer body 202 can utilize other retention mechanism to be secured to bracket 230, and all like adhesives or solder connect.

In certain embodiments, mounting surface 206 comprises cable accessing port (cable access) 208, it can provide the access to relief cable 402, wherein relief cable 402 can be data/power cable or other linkwork, and the port that can be connected on product 102, to provide data and/or electric power to product 102.In certain embodiments, data and/or electric power can be supplied to cable accessing port 208 by attached cable 328, and wherein attached cable 328 can receive this data and/or electric power from power/data source 332 (see Fig. 2).Cable accessing port 208 can be power/data cable can by its cable pass-through, or can be configured to receive the socket of data/power cable plug from such as relief cable 402.The inside of retainer body 202 can comprise for transmitting electric power to relief cable 402 and/or the Circuits System of data and/or electronic installation.By this way, product 102 can receive electric power and/or data by being connected to relief cable 402, and when electronic equipment, relief cable 402 can facilitate potential buyer to operate on it and test.In certain embodiments, retainer body 202 is single integral blocks.In certain embodiments, retainer body 202 can comprise multiple pieces (such as, as below with reference to Figure 12 discuss).

Any suitable socket and plug combination can use in any one end of relief cable 402, to provide this electric power and/or data such as by cable accessing port 208 to product 102, such as such as USB (USB), micro--USB, mini-USB, Serial Advanced Technology Attachment (ATA) are (such as, Parallel AT A, series connection ATA), or other standard any or special linking format.In certain embodiments, cable accessing port 208 can be coupled to the cable (such as, data and/or power cable) extending through or self form attached cable 328.

In certain embodiments, mounting surface 206 comprises safety switch 214.Safety switch 214 can be communicatively coupled to alarm or other is reminded, and prompting can be triggered because product 102 is removed from fixator 200.Product 102 can depart from (or engagement) safety switch 214 from this removal of fixator 200, triggers prompting thus.

Fig. 5 shows the perspective view of the downside 216 of the retainer body 202 according to embodiment.Downside 216 is limited by the outer surface 218 of smooth curved substantially.In certain embodiments, downside 216 comprises at least one groove 224, to provide the access to hole 212.In certain embodiments, downside 216 limits the opening forming coupling element 222, to be connected to the proximal part of attached cable 328.Coupling element 222 can be configured to hold and one end 329 of attached cable 328 is fixed to retainer body 202, as discussed above with reference to Figure 2.In certain embodiments, limited section, downside 216 is deployed in the cavity 226 around coupling element 222, for holding the first magnet 228.In certain embodiments, when the first magnet 228 exists in cavity 226, their outer surface is aimed at a part for outer surface 218.In certain embodiments, as selection, the first magnet 228 can be deployed in below outer surface 218 and (such as, be embedded in retainer body 202).

In certain embodiments, the downside 216 of retainer body 202 has the substantially level and smooth shape limited by the outer surface 218 of smooth curved substantially.In other words, in certain embodiments, outer surface 218 limits continuous print curvature, wherein interrupts being only the recess owing to adapting to magnet as above or tightening member or opening (such as, the first magnet 228, groove 224 and coupling element 222).In certain embodiments, the continuous curvature of outer surface 218 only in one direction bending (that is, it is not about the curve in different flex point direction).Such as, as shown in Figure 5, downside 216 is hemispherical (that is, it has hemispheric outer surface 218).In certain embodiments, outer surface 218 comprises the part (such as, seeing the path 219 in Fig. 5) completely smoothly, do not comprised from surface characteristics interruption extended from apex zone 220 to basal region 204.In certain embodiments, outer surface 218 have at least partially extend from apex zone 220 to basal region 204 continuously and the slope of non-zero (path 219 see such as Fig. 5).In certain embodiments, outer surface 218 has the slope (path 219 see such as Fig. 5) increased continuously extended from apex zone 220 to basal region 204.In certain embodiments, outer surface 218 has the slope (path 219 see such as Fig. 5) with constant curvature extended from apex zone 220 to basal region 204.In certain embodiments, downside 216 can have and is different from hemispheric shape, such as such as oval or truncated cone shape.

As shown in Figure 5, with on the direction orthogonal at least partially of mounting surface 206, apex zone 220 is from basal region 204 point farthest or region on outer surface 218.Such as, in Figure 5, apex zone 220 is the circumferences around coupling element 222.Basal region 204 is close to bracket 230.

The shape of outer surface 218 allows the retainer body 202 when product 102 is picked up by user to skid off recess 320 very container and user fixator 200 is put on Display stem 304 or when attached cable 328 is retracted by cam mechanism 334 to slip into recess 320 easily.The outer surface 218 of smooth curved reduces the possibility that friction and the edge 307 that makes retainer body 202 be shown device support bar 304 tangle (can not suitably be seated in depression 230 thus).When this also can reduce in engagement or depart from fixator 200 and Display stem 304, fixator 200 and Display stem 304 are caused to the possibility of damage.In addition, always this guarantees that retainer body 202 is applicable to being put in recess 320, and no matter its towards.

In order to repeatedly not need the outside of the toucher of product 102 (handler) mutual in pre-qualified position display, under the tension force of attached cable 320, in conjunction with cam mechanism 334, the shape of outer surface 218 guarantees that product 102 is taken one's seat in depression 320 automatically again, wherein, when not having external force to overcome (when such as discharging as product 102 person of being touched be fixed) when cam mechanism 334 is applied to the tension force of attached cable 328, cam mechanism 334 draws fixator 200 and the product 102 that is fixed towards Display stem 304.At least in part owing to lacking projection or corner around its side surface, make its side surface slide over rim 307 without interruption under the effect of the tension force provided by cam mechanism 334, the semi-spherical shape of outer surface 218 is applicable to realizing these objects well.Thus, exterior semi-spherical surface 218 can be eventually pulled completely in recess 320, makes it again take one's seat thus and hides that self is not in sight.

In addition, in certain embodiments, be seated in recess 320 and make the first magnet 228 and the second magnet 328 enough closely close, they can magnetically be interacted each other, both retainer body 202 is fixed in recess 320, again relative to Display stem 304 rotational fixture 200 and the product 102 be fixed, make the product 102 be fixed in preposition orientation, as herein described by other place.At least in part because it lacks projection or corner around side surface, thus allow it to rotate in recess 320, the semi-spherical shape of outer surface 218 is applicable to realizing these objects well.

Shown in Figure 6 according to the bracket 230 of embodiment.In certain embodiments, bracket 230 comprises core 233 and two bracket arms 238.Bracket arm 238 extends to around the opposite side of the product 102 be fixed, and thus product is installed to fixator 200 and prevents it to be removed from fixator 200.Although Fig. 6 shows two bracket arms 238, in certain embodiments, bracket 230 can comprise the bracket arm of any amount, such as four bracket arms.

Because bracket arm 238 only extends very short distance (such as on the front of the product 102 be fixed, just enough firmly fix product 102) and be confined to centrally-located and take the discrete location of the very small scale of product 102 length, therefore they can when not covering display screen or other operating characteristics of product 102 fixed product 102, present product 102 with MIN visual impact to potential buyer thus, make potential buyer can check product 102 when bottom line display system 100 is bothered.In certain embodiments, alternatively or additionally, bracket arm 238 can comprise other installation elements, all like screws, snap-fastener, rivet, have contact with, ratchet, bolt, press-in cooperation or adhesive (such as, glue, epoxy resin, adhesive tape), product 102 is coupled to fixator 200.

In certain embodiments, core 233 limits the central opening 234 that can match with the mounting surface 206 in retainer body 202.Such as, the circumference in outstanding region 211 can correspond to the circumference of central opening 234, makes the region 211 outstanding when bracket 230 matches with retainer body 202 take central opening 234.

In certain embodiments, core 233 also limits the hole 244 being configured to aim at the hole 212 of retainer body 202.In certain embodiments, core 233 also comprises the cable aperture 246 being configured to aim at cable accessing port 208, for holding and allowing relief cable 402 to pass therethrough, and does not arrive central opening 234.In certain embodiments, bracket 230 is formed (see such as Fig. 6) by monolithic.Such as, bracket 230 can be made up of the single crushing block being machined to its net shape.

In certain embodiments, bracket 230 by two pieces formed (such as, first piece 290 and second piece 294, as following about Figure 17-19 discuss).Two pieces of formula brackets 230 can increase the modularity of fixator 200.Such as, when the central damage of block 290 and 294, they can be replaced independently.In addition, two pieces of formula brackets 230 can increase assembling fixture 200 and product 102 are attached to the easiness of fixator 200, because these blocks can relative to each other move, such as, to hold product 102 between each several part of bracket 230.

In certain embodiments, bracket 230 has the thickness of about 3mm, and this provides MIN visual impact, still provides enough intensity to firmly fix product 102 simultaneously.But in other embodiments, bracket 230 can have greater or lesser thickness.In certain embodiments, bracket 230 is by aluminium, and such as 6063 aluminium alloys, make.In certain embodiments, the surface of bracket 230 utilizes abrasive blasting (such as, sandblasting) and anodic oxidation to carry out polishing.

In certain embodiments, installation elements 406 (see Fig. 7 and 8) can provide in retainer body 202, is deployed in mounting surface 206, to work to the maintenance of product 102 on fixator 200.Installation elements 406 can be deployed on outstanding region 211, to contact with product 102.Such as, installation elements 406 can be adhesive, such as such as glue, epoxy resin or adhesive tape (such as, sided acrylic foam tape).In certain embodiments, alternatively, or additionally, installation elements 406 can be machanical fastener, such as such as screw, snap-fastener, rivet, have contact with, ratchet, bolt or press-in coordinate.

The operation of the engagement between retainer body 202 and bracket 230 and display system 100 further describes with reference to Fig. 7-10.The mounting surface 206 that retainer body 202 has sagging region 210 and outstanding region 211 is matched with the core 233 of bracket 230, makes the part of mounting surface 206 extend to (see Fig. 9) in core 233.Pair configuration between mounting surface 206 and core 233 does not limit round-shaped, to guarantee that retainer body 202 and bracket 230 can not relative to each other rotate, thus increase fixator 200 intensity and guarantee relative to Display stem 304 towards repeatability.In addition, pairing guarantees that hole 212 and 244 respectively in retainer body 202 and bracket 230 is aimed at, and prevents from shear stress to be applied to taking the securing member 404 in hole 212 and 244.

Securing member 404 (such as, screw, bolt, pin, rivet, be shown in Fig. 7) is inserted in the hole 212 and 244 of aligning, retainer body 202 is fixed to bracket 230.In certain embodiments, hole 212 is directed in the direction (this direction can overlap with the central shaft of retainer body 202) that the rotating shaft 502 with fixator 200 is parallel with 244.The rotating shaft 502 of fixator 200 is the axles (see Fig. 8) extending through the center of retainer body 202 in the direction orthogonal with mounting surface 206.When thief attempts product 102 to pull out fixator 200, this connection be oriented between retainer body 202 and bracket 230 provides optimal strength, because shear stress is not applied on securing member 404, and because this reducing the chance that securing member 404 breaks down.In certain embodiments, securing member 404 can remain in retainer body 202, they can not be dropped to outside retainer body 202 and can not be removed by user's (such as, dukawallah).

As herein other place discussed, in certain embodiments, attached cable 328 and magnet 228 and 326 can be used for fixator 200 to remain on the near-end 312 of Display stem 304.When fixator 200 is put on near-end 312 or when being retracted by the cam mechanism 334 on near-end 312, retainer body 202 magnetic force be applicable in recess 320 and between the first magnet 228 and the second magnet 326 automatically makes retainer body 202 directed in recess 320.First magnet 228, second magnet 326, cam mechanism 334 and the interaction between attached cable 328, outer surface 218 and recess 320 guarantee product 102 always turn back to its preposition and towards and in this position with towards display, guarantee that to help retailer it is in position display attractive in appearance.

In order to along axle 502 axially (to help to draw and fix retainer body 202 in recess 320) and with axle 502 orthogonally (to help relative to Display stem 304 rotational fixture 200) all apply magnetic attraction, magnet 228 and 326 can be orientated and their magnetic field is non-vertically pointed to relative to axle 502, makes their attraction apply at least one component parallel with axle 502 and the component orthogonal with axle 502).In addition, the first magnet 228 can be located so that they are deployed in the direction tilted relative to axle 502 and the second magnet 326.In certain embodiments, the direction of this inclination is oriented so that the line (line 504 such as, in Fig. 8) in the direction by this inclination will be crossing with axle 502.

Substantially level and smooth outer surface 218 guarantees that retainer body is always slipped under the tension force applied by attached cable 328 by cam mechanism 334, namely oneself navigates to, in recess 320, guarantee product 102 thus always in the position display (such as, towards potential buyer) expected and the display of not good enough in the degree of balance or hanging position.In certain embodiments, the size and dimension of retainer body 202 makes recess 320 hold whole retainer body 202 (see Figure 10).This causes concerning potential customer, seem low section outward appearance more attractive in appearance.But in certain embodiments, recess 320 holds a part for retainer body 202.

Once retainer body 202 slips in recess 320, the first magnet 228 and the second magnet 326 are just used for automatically fixator 200 being directed to the position of expectation.Such as, display system 100 can adopt four the first magnets 228 and four the second magnets 326, these magnet automatic rotation fixators 200, to be directed to one of four positions, these four positions are each separate 90 ° (such as, promote (promoting) 0 °, 90 °, 180 °, 270 ° towards).This configuration guarantee product 102 always return horizontal or vertical towards, this is for can be more attractive in appearance potential buyer.Such as, Figure 26 shows at 0 °, 90 °, 180 °, 270 ° directed products 102 (being product 102A, 102B, 102C, 102D respectively).

The embodiment having some for cable 328 or do not have length to be drawn out, substantially level and smooth outer surface 218 and magnet 228 and 326 allow the Smooth Rotation of product 102 between predetermined expectation position of rotation.In the embodiment that the medium of cable 328 or long length can be drawn out, these features guarantee that product 102 always returns predetermined expectation position of rotation when returning Display stem 304.Such as, when user put down or release products 102 time, cam mechanism 334 makes attached cable 328 retract, and thus retainer body 202 is moved in recess 320.Once be in recess 320, magnet 228 and 326 is just automatically directed to retainer body 202 and the product 102 be fixed the position of expectation.

Although above example describes four the first magnets and four the second magnets, but any amount of magnet can be used for automatically any expectation angle (namely, rotate towards) retainer body 202 in directed recess 320, and the quantity of the first magnet 228 need not be identical with the quantity of the second magnet 326.Retainer body 202 towards can based on the location of the first magnet 228 and the second magnet 326 and position.In certain embodiments, separate towards by the rotation radial direction of at least 90 degree.In certain embodiments, separate towards by the rotation radial direction of 90 degree.

Magnet described here (such as magnet 228 and 326) can include but not limited to rare-earth magnet, such as neodymium magnet or electromagnet.The material (such as ferromagnetic material) that magnet described here (such as magnet 228 and 326) can be attracted by magnet replaces.Such as, when there is magnetic force as described above attraction between two magnets, any one in paired magnet can be replaced by magnetic attachment material, and magnetic attachment is through being present between it.In certain embodiments, the shape of the first and second magnets can be cylindrical, and wherein cylindrical have the diameter in 3mm to 3.5mm scope and the length in 2.5mm to 3.5mm scope.In certain embodiments, retainer body 202 can comprise four the first magnets 228 and recess 320 can comprise eight the second magnets 326, described by below with reference to Figure 20-23.

The magnet (such as magnet 228 and 326) described herein is in the embodiment of electromagnet, and this electromagnet can be activated intermittently (such as, only when the rotation for fixing and/or enforcement fixator 200).Such as, electromagnet 228 and 326 can only be activated when retainer body 202 is accommodated in recess 320.In certain embodiments, electromagnet 228 and 326 is only activated when long enough is to rotate to one of them index position fixator 200.This contributes to saving energy.The position of fixator 200 can utilize the sensor (such as proximity sensor or optical sensor, decelerometer) of the sensor of display system 100 or the product 102 shown by utilization to determine.

In certain embodiments, when retainer body 202 is accommodated in recess 320, by the first magnet 228 and the second magnet 326 contact or closely close, electric power can be transported to product 102 by the first magnet 228 and the second magnet 326.In certain embodiments, the Circuits System in retainer body 202 and/or electronic installation can facilitate product 102 to charge through the irritability (" wireless ") of magnet 228 and 326.In this case, and when data do not need to be supplied to product 102, relief cable 402 can not be used.

In certain embodiments, electric power can be transported to product 102 through the charging contact be arranged on fixator 200 with the charging contact being positioned at recess 320.In such an embodiment, retainer body 202 can comprise and receives electric power for the charging contact in recess 320 from Display stem 304 and through being positioned at charging contact retainer body 202 electric power be transported to again Circuits System and/or the electronic installation of relief cable 402.In such an embodiment, attached cable 328 can not provide electric power to display system 100.Through Display stem 304, instead of attached cable 328, provide electric power can have various benefit.First, client will not touch charged attached cable 328 when checking and being fixed to the product 102 of fixator 200.Secondly, the engineering design of attached cable 328 and/or retractor 330 can simplify.3rd, the power attenuation in attached cable 328 can be avoided.Especially, electric power in attached cable 328 can be avoided causing to demote in time the client of (that is, due to wearing and tearing and the consume of the wiring that associates with attached cable 328 and electronic installation) and the mutual of product 102.

Figure 11-14 shows the retainer body 202 with charging contact ring 250 and 252 according to some embodiments.Charging contact ring 250 and 252 can carry contrary electric charge (that is, positive and negative electric charge).Charging contact ring 250 can be negative charging contact ring, and charging contact ring 252 can be positive charging contact ring, and vice versa.For description herein, charging contact ring 250 will be called as negative charging contact ring 250, and charging contact ring 252 will be called as positive charging contact ring 252.In certain embodiments, retainer body 202 can be made up of insulating materials, such as polymer or pottery, bears charging contact ring 250 and positive charging contact ring 252 for electric isolution.In certain embodiments, retainer body 202 can have on outer surface 218 along the insulating materials that the circumference bearing charging contact ring 250 and positive charging contact ring 252 is located, thus electric isolution two rings (in the embodiment that such as, retainer body 202 can be made up of conductive material wherein).

As shown, such as in fig. 11, in certain embodiments, negative charging contact ring 250 and positive charging contact ring 252 can be deployed on the outer surface 218 of retainer body 202, and in certain embodiments, charging contact ring 250 and 252 can form a part for outer surface 218.In certain embodiments, charging contact ring 250 and 252 can be the continuous loop extended around the outer surface 218 of retainer body 202.In certain embodiments, charging contact ring 250 and 252 is the concentric rings extended around the outer surface 218 of retainer body 202.In certain embodiments, charging contact ring 250 and 252 can be the interrupted ring in the gap 251 had between its discrete segments.Gap 251 can be made up of insulating materials.Such as, gap 251 can by the air space of sky, form by outer surface 218 or by the other parts of retainer body 202, and/or can be on the whole or partly the cavity utilizing filling insulating material.

Figure 11 also illustrates the retainer body 202 with indicator 256, and wherein indicator 256 is used to indicate safety switch 214 because the removal of product 102 and/or attached cable 328 are departed from by cutting off (or engagement).Figure 11 also show the retainer body 202 having and disconnect aperture 254, and it breaks aperture 254 for discharging the end 329 of attached cable 328 from coupling element 222.In certain embodiments, retainer body 202 can comprise two disconnection apertures 254 about coupling element 222 radial deployment.In certain embodiments, retainer body 202 can comprise more than two disconnection apertures 254.Instrument 500 can be used for discharge attached cable 328, as below with reference to Figure 24 and 25 discuss.

As shown in Figure 12, in certain embodiments, retainer body 202 can comprise multi-block structure, comprises cup 260 and lid 262.Cup 260 can utilize such as securing member 264 to be attached to lid 262.In certain embodiments, securing member 264 can be screw.Alternatively or additionally, cup 260 can utilize adhesive or solder attachment to lid 262.Multi-block retainer body 202 can facilitate repairing and/or the replacement of the internal part of the assembling of fixator 200 and configurability and retainer body 202 (Circuits System such as, associated with 252 or cable accessing port 208 with charging contact 250).

In certain embodiments, retainer body 202 can comprise the plug recess 270 inserting (inset) from outer surface 218, for holding a part for the relief cable 402 being attached to cable accessing port 208.Plug recess 270 can comprise sidewall 272, and its size and dimension is designed to hold plug wheel an ancient measure 410 (see such as Figure 18 and 19) be positioned on the plug 408 of relief cable 402.

Figure 13 shows the side view of the retainer body 202 with negative charging contact the ring 250 and positive charging contact ring 252 separated by vertical range 280.Vertical range 280 can based on the size and dimension of retainer body 202.In certain embodiments, vertical range 280 can in the scope of 9mm to 12mm.In certain embodiments, vertical range 280 can be 10.5mm.In certain embodiments, vertical range can between 35% and 65% of the whole height 205 of retainer body 202.Based on the radius of curvature of the separately part of the outer surface 218 of negative charging contact ring 250 and positive charging contact ring 252, charging contact ring 250 and 252 can also be separated by radial distance 281.In certain embodiments, retainer body 202 can have the diameter 203 in 35mm to 40mm scope.In certain embodiments, diameter 203 can be 37mm.In certain embodiments, the whole height 205 of retainer body 202 can in the scope of 20mm to 30mm.In certain embodiments, whole height 205 can be 24.5mm.

The width of charging contact ring 250 and 252 is width 282 and width 284 respectively, can based on the size and dimension of retainer body 202.In certain embodiments, width 282 and width 284 are in the scope of the 1mm to 2mm measured along outer surface 218.In certain embodiments, width 282 and width 284 can be 1.5mm.In certain embodiments, width 282 can be identical with width 284.In certain embodiments, width 282 can be different from width 284.The width 282/284 of charging contact ring 250/252 and separately their distance (such as, separately their vertical range 280 and radial distance 281) should make negative charging contact ring 250 and positive charging contact ring 252 electric isolution on outer surface 218 each other.In certain embodiments, vertical range 280 can than large at least 5 times of width 282/284.In certain embodiments, vertical range can than large at least 10 times of width 282/284.

With apex zone 220 and between attached cable 328 and retainer body 202 in the orthogonal direction of the connection of coupling element 222 (namely, the direction orthogonal with mounting surface 206), Figure 14 shows the bottom view of the retainer body 202 according to some embodiments.As shown in Figure 14, negative charging contact ring 250 and positive charging contact ring 252 can about coupling element 222 radial deployment.In certain embodiments, negative charging contact ring 250 is corresponded respectively to vertical range 280 with positive charging contact ring 252 and is separated with the constant vertical and radial distance of radial distance 281.

Figure 15 and 16 shows the Display stem 304 with the charging contact 340 and 342 being respectively used to electricity engagement charging contact ring 250 and 252.Charging contact 340 and 342 can carry contrary electric charge (that is, positive and negative electric charge).Charging contact 340 can be negative charging contact, and charging contact 342 can be positive charging contact, and vice versa.For description herein, charging contact 340 will be called as negative charging contact 340, and charging contact 342 will be called as positive charging contact 342.In certain embodiments, recess 320 can be made up of insulating materials, such as polymer or pottery, for the negative charging contact 340 in electric isolution recess 320 and positive charging contact 342.In certain embodiments, recess 320 can have the insulating materials along the circumference location bearing charging contact 340 and positive charging contact 342, thus each charging contact of electric isolution (in the embodiment that such as, inwall 322 can be made up of conductive material wherein).Although Figure 15 and 16 shows two negative charging contacts 340 and two positive charging contacts 342, recess 320 can comprise the negative, positive charging contact (such as, each have) of any amount.

Negative charging contact 340 and positive charging contact 342 can be deployed on the inwall 322 of recess 320.In certain embodiments, charging contact 340 and 342 can form a part for inwall 322.In certain embodiments, charging contact 340 and 342 can be given prominence to from inwall 322.In certain embodiments, charging contact 340 and 342 can be spring load.The charging contact 340/342 of spring load minimizes the possibility of electrical contact between the little deviation destruction charging contact ring 250/252 of the spacing of charging contact ring 250/252 and charging contact 340/342 and charging contact 340/342.In certain embodiments, charging contact 340 and 342 can be annular contact point.In certain embodiments, the diameter of annular contact point can be less than or equal to width 282/284.In general width 282 and 284, diameter 344 and charging contact 250/252 and 340/342 should have enough sizes, to provide good electrical contact between charging contact ring 250/252 and charging contact 340/342.Although Figure 15 and 16 shows have round-shaped charging contact 340/342, charging contact 340/342 can have any shape, includes but not limited to square, rectangle or ellipse.The size of square, rectangle or oval charging contact can by being similar to the way selection of the diameter 344 selecting circular charging contact (namely, excellent electric contact with charging contact ring 250/252 is provided, maintains the electric isolution of charging contact 340/342 simultaneously).

As shown in Figure 15, relative to the far-end 306 of Display stem 304, positive charging contact 342 can be positioned on negative charging contact 340.Positive charging contact 342 and negative charging contact 340 can be separated (in fig .15 the orientation measurement of arrow 16) by vertical range 341.Vertical range 341 can based on the size and dimension of recess 320.In certain embodiments, vertical range 341 can equal vertical range 280, to facilitate the contact between charging contact ring 250/252 and charging contact 340/342 when retainer body 202 is accommodated in recess 320.Positive charging contact 342 and negative charging contact 340 can also be separated by radial distance 343, and wherein radial distance 343 is based on the radius of curvature of vertical separately inwall 322 part of charging contact 342 and 340.In certain embodiments, radial distance 343 can equal radial distance 281, to facilitate the contact between charging contact ring 250/252 and charging contact 340/342.The size of charging contact 340/342 and separately their distance (such as, separately their vertical range 341 and radial distance 342) should make negative charging contact 340 and positive charging contact 342 electric isolution on inwall 322.In certain embodiments, charging contact 340/342 can be have the charging contact ring with the same or similar characteristic of charging contact ring 250/252.And in certain embodiments, charging contact ring 250/252 can be have the charging contact with the same or similar characteristic of charging contact 340/3422.

The top view of the Display stem 304 that the angle that Figure 16 shows arrow 16 from Figure 15 obtains, shows recess 320.As shown in Figure 16, charging contact 340 and 342 can about throat region 315 radial deployment of passage 314.Negative charging contact 340 can be disposed along the first round wire 346, and positive charging contact 342 can be disposed along the second round wire 348.First round wire 346 can be corresponded respectively to vertical range 341 with the second round wire 348 and be separated with the constant vertical and radial distance of radial distance 343.

When being in electric connection, negative charging contact ring 250 and negative charging contact 340 (warp such as, is deployed in the Circuits System in retainer body 202) can provide negative electrical charge (such as, neutrality/ground) to relief cable 402.And when being in electric connection, positive charging contact ring 252 and positive charging contact 342 (warp is such as deployed in the Circuits System in retainer body 202) can provide positive charge to relief cable 402.When negative charging contact 250/340 and positive charging contact 252/342 are all in electric connection, electric power can be supplied to product 102 (such as, the battery of product 102 can be charged) through relief cable 402.In certain embodiments, negative charging contact 250/340 and positive charging contact 252/342 can only when retainer body 202 is seated in recess 320 completely electric connection.

Use a pair continuous print charging contact ring (such as, charging contact ring 250 and 252) facilitate electric connection between respective positive charging contact and respective negative charging contact, and no matter the rotation of retainer body 202 in recess 320 towards (that is, between 0 ° and 360 ° arbitrarily towards continuous electric connection).In certain embodiments, to be arranged in retainer body 202 and recess 320 discontinuous charging contact (such as, charging contact 340/342 and/or there is the discontinuous charging contact ring in gap 251) only have electric connection when retainer body 202 just can cause between respective positive charging contact and respective negative charging contact when at least one predetermined rotation is directed towards (such as, 0 °, 90 °, 180 ° and/or 270 °).In certain embodiments, being arranged in can in each predetermined rotation towards electric connection with the discontinuous charging contact of recess 320 in retainer body 202.In certain embodiments, fixator 200 can comprise magnet (such as, the first magnet 228) together with negative charging contact ring 250 and positive charging contact ring 252.The magnet of fixator 200 can with the magnet be positioned on Display stem 304 (such as, second magnet 326) magnetic interaction, to facilitate fixator 200 suitably taking one's seat and facilitating the electric connection between negative charging contact 250/340 and positive charging contact 252/342 thus on Display stem 304.

In certain embodiments, when retainer body 202 is not seated in recess 320 completely, (such as, through indicator 254) is reminded to be activated, with point out retainer body 202 not predetermined towards, and/or product 102 does not receive electric power.In certain embodiments, prompting can be triggered after predetermined time amount (such as, 10 minutes).This can help user's (such as, dukawallah) guarantee product 102 to be suitably seated on Display stem 304 and horizontal or vertical towards, this can seem more attractive in appearance to potential buyer.

Figure 15 also show the insert 318 of the near-end 312 being attached to Display stem 304 according to embodiment.Insert 318 can comprise the fixture 319 for holding securing member 311, and wherein securing member 311 is attached to support bar wall 310 insert 318.As shown in Figure 15, insert 318 can form the throat region 315 of passage 314.Dismountable insert 318 can facilitate the assembling of Display stem 304 and the access to its inside, to repair and/or to replace the parts (Circuits System such as, associated with 342 with charging contact 340) of display system 100.

Figure 17-19 shows two pieces of formula brackets 230 according to some embodiments.Two pieces of formula brackets 230 can comprise first piece 290 and second piece 294, and each block all comprises bracket arm 238.In certain embodiments, first piece 290 and second piece 294 eachly can comprise the antelabium 245 being deployed in its one end.Downset areas 210 in retainer body 202 can hold antelabium 245 at least partially, non-rotatably block 290 and 294 is fixed to retainer body 202 (such as, seeing Figure 19).Block 290 and 294 can be assembled in retainer body 202, make each piece at least partially plug recess 270 and insert the relief cable 402 in plug recess 270 in cable accessing port 208 a part around winding, thus keep relief cable 402 to be connected with cable accessing port 208 securely, as shown in Figure 18.By this way, relief cable 402 is fixed by bracket 230 and can not be removed from retainer body 202 when bracket 230 not being removed from retainer body 202.

The assembling according to embodiment with the fixator 200 of two pieces of formula brackets 230 illustrates in figs. 18 and 19.First, relief cable 402 can insert in plug recess 270, and wherein plug recess 270 comprises cable accessing port 208.As shown in Figure 18, the size and dimension of plug recess 270 can be designed to hold the plug be positioned on plug 408 and take turns an ancient measure 410 at least partially.In certain embodiments, plug recess 270 can hold whole plug wheel an ancient measure 410, and the outer surface 412 making plug take turns an ancient measure 410 forms the outer surface 218 continuous print surface (that is, flushing with outer surface 218) with retainer body 202.After relief cable is attached, each bracket block 290/294 can be attached by the fixation fastener 404 in such as hole 244.

Can comprise the first coupling 292 and the second coupling 293 for first piece 290, and second piece 294 can comprise the 3rd coupling 296 and the 4th coupling 297.When block 290 and 294 is attached to retainer body 202, the first coupling 292 and the 3rd coupling 296 can be wound around and contact with each other (see Figure 19) around the side of retainer body 202.In addition, the second coupling 293 and the 4th coupling 297 can around the opposite side of retainer body 202 and in the windings around at least partially of plug recess 270 and plug wheel an ancient measure 410.In certain embodiments, the second coupling 293 and the 4th coupling 297 can have the shape that the outer surface 412 of taking turns an ancient measure 410 with plug at least in part conforms to.

Once assemble fixator 200 as shown in Figure 19, attached cable 328 just can be attached to retainer body 202 through coupling element 222.In certain embodiments, before the block 290/294 of bracket is assembled, product 102 can be fixed to mounting surface 206.In certain embodiments, before product 102 is attached to mounting surface 206, block 290/294 can be assembled (such as by loosely, by part fixation fastener 404), then after product 102 is attached to mounting surface 206, assemble (such as, by complete tightening fastener parts 404) completely to be completely fixed product 102 on fixator 200.

Figure 20-23 shows the configuration of the first magnet 228 according to some embodiments and the second magnet 326.The configuration of the first magnet 228 shown in Figure 20-23 and the second magnet 326 causes retainer body 202 in recess 320, to have four predetermined rotations towards (0 °, 90 °, 180 ° and 270 °).As shown in figures 20 and 21, insert 318 can comprise eight the second magnets 326 be deployed in about in eight cavitys 324 of throat region 315 radial location.Figure 20 shows the exploded view of the second magnet 326, and Figure 21 shows the top view obtained from the angle of the arrow 16 of Figure 15.Inwall 322 is removed in fig. 22, to illustrate the different parts associated from recess 320.About eight the second magnets 326 of throat region 315 radial deployment, there is the alter polarity (that is, the positive and negative polarity replaced towards) towards inwall 322 in fig. 20.In other words, (namely these eight the second magnet 326 radial deployment become to make the negative second magnet 326n of polarity, its negative pole is orientated the magnet towards throat region 315 and rotating shaft 502) be deployed in two positive second magnet 326p of polarity (namely, its positive pole is orientated the magnet towards throat region 315 and rotating shaft 502) between, and vice versa.In certain embodiments, each second magnet 326 equably radial direction separates, as shown in Figure 21 (such as, these eight the second magnets 326 can about radial every 45 degree location, throat region 315: four polarity are born the second magnet 326n and radial direction can be separated 90 degree, and four positive second magnet 326p of polarity can radial direction separate 90 degree).

Have the complementary retainer body 202 of four the first magnets 228 be deployed in four cavitys 226 shown in Figure 22 and 23, wherein cavity 226 is about coupling element 222 radial location.Each in the middle of the first magnet 228 of four shown in Figure 22 and 23 has the identical polar (that is, identical polarity towards) towards outer surface 218.In certain embodiments, each in the middle of four the first magnets 228 can be polarity just (that is, its positive pole to be positioned on outer surface 218 and towards away from the center of retainer body 202 and the magnet of rotating shaft 502).In certain embodiments, each in the middle of four the first magnets 228 can be polarity negative (that is, its negative pole to be positioned on outer surface 218 and towards away from the center of retainer body 202 and the magnet of rotating shaft 502).In certain embodiments, each radial direction in the middle of four the first magnets 228 separates equably, as shown in Figure 23 (such as, four the first magnets 228 can about the center of retainer body 202 (such as, about coupling element 222) radial every 90 degree of location).

No matter the first magnet 228 be arranged to polarity just or polarity bear, four the first magnets 228 are all configured to make retainer body 202 rotate to predetermined rotation towards (0 °, 90 °, 180 ° and 270 °) because four the first magnets 228 have the magnetic attachment between multiple second magnets 326 of opposite polarity.Such as, suppose that 0 °, 90 °, 180 ° and 270 ° limit as shown in the cross hairs in Figure 21 and 23, so the first magnet 228 can be polarity just, thus attract the negative second magnet 326n of polarity.While polarity bears the second magnet 326n in attraction, positive first magnet 228 of polarity also will repel the positive second magnet 326p of polarity, this also retainer body 202 firmly shift onto predetermined towards.On fixator 200 attached product 102 again by cause product 102 only predetermined towards display, this can correspond to the vertical and horizontal position of product 102 in certain embodiments.Such as, Figure 26 shows at 0 ° of directed product 102 (product 102A) with at 180 ° of directed products 102 (product 102C), this corresponds to the lengthwise position of product 102, and at 90 ° of directed products 102 (product 102B) with at 270 ° of directed products 102 (product 102D), this corresponds to the lateral attitude of product 102.

As shown in Figure 20, insert 318 can comprise the annulus 350 be deployed in below the second magnet 326.Annulus 350 can comprise the opening 352 limited by main body 354.The size and dimension of main body 354 can be designed to the second magnet 326 covering cavity 324 and be positioned at wherein.In certain embodiments, main body 354 can comprise the groove 356 for holding fixture 319, and wherein fixture 319 keeps annulus 350 in position.In certain embodiments, annulus 350 can be made up of Ferrite Material.In certain embodiments, Ferrite Material can be stainless steel, such as, and 1008-1012 stainless steel.By combining the opposite magnetic fields generated by the first magnet 228 and the second magnet 326 (that is, have positive and negative polarity towards magnet), the Ferrite Material of annulus 350 can amplify magnetic intensity, increases the attraction/repulsion between magnet thus.

Figure 24 show according to some embodiments for attached and/or be separated the parts of fixator 200 and the instrument 510 for being separated attached cable 328 from fixator 200.Instrument 510 can comprise the disconnection instrument 518 in the disconnection aperture 254 that can insert in retainer body 202, to discharge the end 329 of attached cable 328 from coupling element 222.Disconnection instrument 518 can comprise the pin (such as, two pins 520) being hingedly connected to any amount of the main body 512 of instrument 510 through hinge 522.When not using, pin 520 can be accommodated in the groove 524 in main body 512.Pin 520 can have the shape corresponding with shape retainer body 202 disconnecting aperture 254.In certain embodiments, pin 520 and disconnection aperture 254 can have shape that is irregular or rotation asymmetry.In certain embodiments, instrument 510 can also comprise the notch 519 with hinge 522 adjacent positioned on the near-end 514 of instrument 510.The size and dimension of notch 519 can be designed to hold attached cable 328, the pin 520 when attached cable 328 is deployed in notch 519 can be inserted and disconnect aperture 254 (see Figure 25).

Instrument 510 can also comprise other instrument, such as assembling/disassembling clamping device 526 and the attachment tool 528 (such as, inner hexagon spanner or driver bit) of fixator 200.Clamping device 526 can be used for the adhesive disconnected between mounting surface 206 and the dorsal part 104 of product 102 be combined at the far-end 516 of instrument 510.Clamping device 526 can be configured to a part of slip underneath in retainer body 202, and user can be exerted a force to retainer body 202, is similar to the mode of the pawl removing nail utilizing tup.Attachment tool 528 can be used for tightening or screwed tightening firmware 404, bracket 230 is attached to retainer body 202 or bracket 230 is separated from retainer body 202.In certain embodiments, attachment tool 528 can be hingedly connected to main body 512 through hinge 530 and can be accommodated in recess 532 when not using.

Referring now to the operation of Figure 25 descriptive tool 510.When attached cable 328 is attached to retainer body 202, notch 519 can be placed on around attached cable 328 and pin 520 can be aimed at disconnection aperture 254.Then, pin 520 can insert and disconnect aperture 254.When pin 520 is accommodated in disconnection aperture 254, pin 520 can activate the relieving mechanism 255 (see Figure 14) being arranged in retainer body 202, to discharge end 329 from coupling element 222.In certain embodiments, relieving mechanism 255 can only activated when the pin 520 had with disconnect aperture 254 correspondingly-shaped inserts and disconnects aperture 254 simultaneously.Once attached cable 328 is released, notch 519 just can keep end 329, makes retractor 330 not draw attached cable 328 towards Display stem 304 immediately.

In order to explain, more than the special term of description use provides the thorough understanding to described embodiment.But, for a person skilled in the art will obviously, in order to put into practice described embodiment, many details are optional.Thus, providing of the above description to specific embodiment described herein is in order to the purpose of illustration and description.They are not detailed or embodiment will be limited to disclosed precise forms.Concerning will obviously the common art personnel of this area skill, in view of above instruction, many modifications and variations be all possible.Such as, to submit to and title is the U.S. Patent application No.13/652 of " Methods and Systems for Displaying a Product " October 15 in 2012,038 (invention people is the people such as Howarth) comprises some elements corresponding with class Sihe described herein, and, as the skilled person will recognize, the feature described in it goes for those elements as herein described.U.S. Patent application No.13/652,038 is incorporated into this by reference.

" detailed description of the invention " part will be used for explaining claim." utility model content " and " specification digest " part can be set forth the of the present utility model one or more of inventor's expection but not be whole exemplary embodiment, and therefore, is not will limit the utility model and claims by any way.

Therefore, general essence of the present utility model will be disclosed completely above to the description of specific embodiment, when not deviating from the utility model generality concept, by the knowledge within the scope of application art technology, without the need to undo experimentation, other people just can revise and/or adapt to the various application of this specific embodiment easily.Therefore, based on the instruction provided herein and guidance, this adaptation and amendment will in the meanings of the equivalent of disclosed embodiment and scope.Should be appreciated that phrase herein or term are used to describe rather than limit, the term of this description or phrase are made an explanation according to this instruction and guidance by those skilled in the art.

Range of the present utility model and scope should not limit by above-described any exemplary embodiment, but should only limit according to following claim and equivalent thereof.

Claims (11)

1. for showing a display system for product, it is characterized in that, described display system comprises:

Comprise the fixator of retainer body, the restriction semi-spherical shape at least partially of wherein said retainer body; And

Limit the Display stem of recess, described recess is shaped as the hemisphere portion holding described retainer body.

2. display system as claimed in claim 1, it is characterized in that, described recess is hemispherical.

3. for showing a display system for product, it is characterized in that, described display system comprises:

Comprise the fixator of retainer body, described retainer body has at least one and is coupled to the first magnet on it, and wherein said retainer body has hemispherical shape; And

Limit the Display stem of recess, described recess limits opening and is deployed at least one second magnet adjacent with described opening.

4. display system as claimed in claim 3, it is characterized in that, described display system comprises at least two the first magnets and at least two the second magnets, the central shaft that wherein said at least two the first magnets are deployed to about described retainer body is equidistant each other, and described at least two the second magnets are deployed to about the opening in described recess equidistant each other.

5. for a fixator for fixed product, it is characterized in that, described fixator comprises:

Retainer body, has the outer surface of apex zone, basal region and the smooth curved substantially between described apex zone and described basal region; And

Bracket, is attached to described retainer body and extends from described retainer body in two opposite directions,

The outer surface of wherein said smooth curved substantially there is continually varying slope from described apex zone to described basal region at least partially that extend from.

6. fixator as claimed in claim 5, it is characterized in that, described outer surface is hemispherical.

7. for showing a display system for product, it is characterized in that, described display system comprises:

Comprise the fixator of retainer body, described retainer body has and is deployed in its exterior semi-spherical surface and multiple first charging contacts of interval first vertical range; And

Limit the Display stem of recess, described recess comprises deployment and interval equals multiple second charging contacts of the second distance of described first vertical range thereon.

8. display system as claimed in claim 7, is characterized in that, at least one in described multiple first charging contact and described multiple second charging contact comprises multiple concentric charging contact ring.

9. for showing a display system for product, it is characterized in that, described display system comprises:

Comprise the fixator of retainer body, described retainer body comprises multiple first magnet; And

Limit the Display stem of recess and opening, described Display stem comprises multiple second magnets about described opening radial deployment, described multiple second magnet have the positive polarity that replaces about described opening towards with negative polarity towards.

10. display system as claimed in claim 9, it is characterized in that, described multiple first magnet is about the central shaft radial deployment of described retainer body.

11. 1 kinds, for showing the display system of product, is characterized in that, described display system comprises:

Retainer body; And

Be attached to the bracket of described retainer body, described bracket comprises at least two bracket blocks, and each bracket block comprises the bracket arm extended from described retainer body; And

There is the relief cable of complementary plug,

Wherein said retainer body limits plug recess, and

Wherein each bracket block a part described plug recess and described relief cable at least partially around be wound around, so that described complementary plug is fixed in described plug recess.