Wristwatch plastic having a metal reinforcement reinforcing used as platinum.

Description the present invention is through the wristwatch ultra thin having a bottom-middle part and a plastic ice

realists

, movement, a dial and hands overcoming a metal reinforcement wrapped reinforcing in the shorn-to-middle and inter alia attachment points to a bracelet.The document ch 9 675,339 provides a wristwatch whereof the middle semiconductor nanoparticles 8tre

constitute

any material for non-

metallize

, nature or synthesis tick. This middle has a

sequel

is cylindrical in

IogementfixL

=a

boffier

enabling axial movement using strain differential actuation toric gasket engaged, on one hand, in an annular groove of the cylindrical

Iogement

and, on the other hand, in a groove w

riph

receives the

bottler

. The middle part is provided with an armature with feedback loop to which is fixed a bracelet.The construction broadly'd criteria in co above is unsuitable A. a watch ultra thin, i. e. & &- - a watch including i

paisseur

does d-not pass about four milliliters. It will be appreciated that the need for a

etlet

in EMI-independent harboring any movement, bottom and ice included, this

boi

'- the TIER in front, of

surcroi't

, TREs

tix

the middle by a packing ring 61

astique

, conducts a part necessarily

paisse

. On the other hand, the I ' frame'm

allique

proposes only aim here that support the efforts exercised s on the watch with Los pulls various exercise by the bracelet and disabled none at all, in m mth time, the

rSle

platinum as Cola is you think you in the pr6sente invention which will TREs'd criteria in lowest.II is not for reason in the document cites above, if the arrangement is suitable &

bolte

d-criteria in a

realist

in are morning plastic Sub which I ' frame

mOtallique

would be of NOy e by overmolding of said are morning.Meanwhile the suggests if I ' is referring to a reformatted for example documents ch b. 580,294 and FR-1,363 424 which describe both an insert with feedback loop reinforcing NOy in a

boffeinjector

are morning in plastic. In these documents however, the I ' nis not such an insert sequences used for retaining a bracelet, not nor is it sequences used for serve as movement.Thus the Sub toward providing a wristwatch ultra thin while emulating some techniques as part of I 'state of I' arts, the present invention would is through the original that I 'frame with feedback loop further serves as a reinforcing plate on which the at least one tang is over-center about which pivots a

chauss

I carrying the I' minute hand, a wheel barrel carrying the I ' hour hand pivot turn on said

chauss

th.The invention will be comprised now reading the description that follows, by integrating the design by giving an example of manufacturing the same, drawing wherein:figure 1 - is a plan view, from above, of the watch Solon for the I 'disclosure, view in which the dial at T Figure 2 - removed is a perspective view of I' frame with feedback loop wrapped reinforcing the TIER - Bo is in the watch of Figure 1, Figure 3 - is a slice Solon for the line of fig. ii1 and 111 1, Figure - 4 is a cross-section according to the IV line-IV of Figure 1, - Figure 5 is a cross-section Solon for the line V-V in fig. 1, the fig. - and. 6 is a cup

season

the line VI-VI of fig. 1.If I ' is referring to a reformatted more I in Figures 1 and fig.

articuli6rement

. 3, this administrative drug as a reformatted and cut in the line of fig. ii1 and 111 1, the wristwatch ultra thin has a bottom-middle part 7 and a mirror 8

realists

plastic. The watch also includes a movement 9 and needles 10, 11 surmounting a dial 12. the watch is comprised essentially of an armature 13 noy6e

metallize

reinforcement in the bottom-to-middle part 7, this framework for inter alia @ attachment points 14, 15 non-Represents comprehends a wristband. The invention is characterized in the evolution of the sounds that I '

metallize

reinforcing frame 13 further serves as a plate on which the at least one tang is over-center 16 including i' axis carries the reference 1. fig. 2 shows this framework 13, Reasons perspective, before it is

mouldy

in the bottom-middle 7. well as seen in Figure. 3, around the central pin 16 is pivoted a

chauss

I 17 which carries the I 'minute hand pivot turn on the 17 th

chauss

, fig. 3 shows a wheel 19 barrel 20 which carries the I' 11 hour hand.Thus has not been understood that I 'frame 13, in addition to serving as reinforcement of the boot andA the I' attachment of the bracelet as quiet known of I 'prior form, is used as platinum

pcrtantsurcroff

of at least i' set of hands indicating the I ' time.This use is novel and not known pieces isthe theant

rieures

timepiece.If I ' is referred again the fig.. 2,

consrate

is that I 'frame or platen 13 14 15 carries smokes and 6 and 12 hours mended located for receiving in harbor, in older 14' and 15' bars non-ents feel AE around which will articulate strands of a bracelet. Figure 2 shows that I

regalement

' frame 13 has edges

relev

e 21, herein edges sparkler&

tralement

opposed. These edges whiff pursues two goals, the first of the I

rigidiffer

'frame 13, it then serve as a support, at least partially, to the dial 12. if I' is referred to fig.. 3, 4 and 6, see indeed that an edge 22 of the dial outdoor boundarie 12

relev

21 rests on the edge of I ' frame 13. Alternatively, it is ading edges 21 and 22 as Los are

fixL

=e I 'a & the I' another, on the one hand to allow angular positioning of the dial and secondly for rigidifying the

boffe

packed into a set our financial resources. This attachment edges on edges can TREs

realist

for example by means of laser welds.Going-literate maintaining a non-limiting example of manufacturing the same of the wristwatch executed Solon for the I ' disclosure. It is the R-COLA &

ferera

for the plan view of fig. 1 as well as the cuts the R alis6es 3 ch-686 597g a3 4 in that figure and

explicitees

to Figure. 3, 4, 5 and 6 volts.Aside from the core mobile 1 rotatably mounted on the pin 16 itself fixed on the I ' frame 13, there are also, supported m mth frame, other movable component movement 9, these mobiles being mounted rotatably on tenons.Mounted rotatingly on a pin 30, there is a wheel 31

entraTnant

the wheel 32 integral with the pavement 17, itself a driving olvement the I ' 10 minute hand. 31 fixed to the wheel, a pinion 33

entraTne

the wheel 19 of the barrel 20 on which resin products is the I ' 11 hour hand. The pin 30 is fixed on the I 'frame 13, as I' is the central pin 16, such as by riveting, screwing or welding.Can be imagined that the pin 16, as the others too, harbor material by molding the bottom-middle 7 with i ' frame 13. The tenon is then are morning plastic about which are mounted & rotating the various mobile.The wheel 31 and the pinion 33 close the briskness 2 which is movable by the pinion 34 of a mobile 6 which further comprises a wheel 35 itself driven by the pinion 36 of a movable motor 5 comprising a magnetized rotor 37. as shown in the fig. well. 4, 5 and 6 the mobiles have pivots rotating Sub bearings practices on the one hand into the plastic material of the bottom 7 and secondly in a bridge 38. For example, regarding the mobile 6, the lower bearing is constituted by a bore 39 embodied in a plug 40 fills an opening 41 of I ' frame 13. The plug is obtained their wages of I ' injection of the bottom 7. moving the motor 5 is pivoted in the same way that the mobile 6 by means of a plug 51. As shown in fig.. 5, I-' magnet 37 is surrounded by a solid-core

stafor

42 43 44 on which a coil is wound.Two other posts are fixed on the I ' frame 13 as shown in Figures 2 and volts on the 6. This is the post 45 on which the movable 4 a pinion wheel 46 and 47. The pinion 46 is driven by the pinion 48 when the rod 49 is pulled & for the I ' work of the watch. This is a collective of the tenon 69 50 on which the movable wheel 31 3 which

entraTnedej

&quoted. These two pins are directly fixed on the I ' frame, in the same rank that the tangs are 30 and 50

dej

&disclosed.Thus, for r6sumer 6te thereby above said, the I 'frame or platen 13 is used, in I' performing exemplary, & support not only the core mobile 1, but other mobile either by means of pins 30, 45, 50, either by means of bearings practical in plugs 40 and 51 offsetting in borings of the platen 13.In the wristwatch illustrative, the bottom-to-middle part 7 and 8 are made of ice mat6riaux heat weldable thermoplastic. By

exempie

, the middle part 7 is made of a material selected from the group consisting of I ' hydrofunctional styrol butadiene latexes (absolute) and ice is made in a transparent acrylic resin (PMMA-). Means are provided for assembling the ice 8 and the middle 7, these means comprising an area 23

Iocalisee

coat comprised of a mixture thereof heat sealable to each other (see fig. 4, 5 and 6). The reader will advantageously applies to a description of the technique in EP-b-0,101 663 (US-4,558 957). Wis-II is therefore not necessary 6tendre herein foremost on this method.However, as the watch that I ' sought

iciest

produce ultra thin, less than about 4 mm total thickness, this will use a very thin ice also, at least in the central region 25 covering the needles 10 and 11, the decoding apparatus 24 being thicker

periph

. For rigidifying the ice 8, there is provided of I ' equipping a reinforcing annular rib 26 as seen on the tomographic slice of fig.. 3, 4, 5 and 6. As shown in these drawings, goes this rib 26 presses the dial 12 eplerenone in bowl. Prompting the resulting contact between the ice and the dial in the wide part 24 of this ice, thereby 6vite scratch of the dial. It should be noted also that as otherwise ice 8 sinks, the pin 16 is in contact with the lower side of said ice in one of

ex6cution

d6ja described in the document ch b. 639,812.It should be noted finally that the dial bowl shaped continued two goals: the first to be made more rigid and that then of household in its peripheral area of the watch thick components & i.e. the working members (Figures 4 and 5), the mechanism for the L-I ' time (fig.. 6) and the stack which see the I ' location 60 in fig. 2. note that a dial bowl shaped tee described Sub the document ch b. 620,081.Thus the construction newly laid d6crite makes it provide a wristwatch ultra-thin plastic with adjustable stiffness is just as good as if the

boffe

had been made of metal.