OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/1997/027766METHOD AND APPARATUS FOR LOW RESIDENCE TIME REDRYING OF TOBACCO

WO - 07.08.1997

Clasificación Internacional A24B 3/04 Nº de solicitud PCT/US1997/001157 Solicitante BROWN & WILLIAMSON TOBACCO CORPORATION Inventor/a RIVIERE, Anthony, J.

A method and apparatus is given for a low residence time redrying of strip tobacco. The apparatus thoroughly and evenly dries and cools the tobacco consistently through the entire tobacco bed as it passes through the dryer (38) and cooler (32). The apparatus utilizes a plurality of individually controlled fluidized bed heating zones (22-30) for drying the tobacco. An additional fluidized bed cooling zone (32) is provided to cool the tobacco prior to reordering. A continuous conveyer (14) extends through the heating zones and cooling zones. A steam tunnel (40) is utilized to raise the moisture content of the dried tobacco to preselected moisture levels. A vibrating conveyer (60) moves the tobacco through the steam tunnel.

2.WO/2001/027968DETERMINING BEAM ALIGNMENT IN ION IMPLANTATION USING RUTHERFORD BACK SCATTERING

WO - 19.04.2001

Clasificación Internacional H01J 37/147 Nº de solicitud PCT/GB2000/003962 Solicitante APPLIED MATERIALS, INC. Inventor/a RYDING, Geoffrey

A back scattered ion receiver is mounted on the process chamber of an ion implanter to receive beam ions back scattered from a wafer mounted on the wafer holder in the chamber. Minima in the intensity of back scattered ions as the wafer on the holder is moved relative to the beam direction, can be used to obtain an accurate calibration of the true beam direction. Beam direction error can then be compensated for when operating holder tilt and twist mechanisms so as to bring a process wafer accurately into the required orientation relative to the true beam. If the crystallographic alignment and orientation of process wafers has been precharacterised, this data can be used to control the wafer holder to align process wafers crystallographically to the process beam.

3.WO/2015/047357COMPENSATION FOR NONLINEAR VARIATION OF GAP CAPACITANCE WITH DISPLACEMENT

WO - 02.04.2015

Clasificación Internacional G06F 3/041 Nº de solicitud PCT/US2013/062497 Solicitante APPLE INC. Inventor/a RICHARDS, Peter, W.

A capacitive force sensor characterization system for calibrating a capacitive force sensor included in a personal electronic device. The capacitive force sensor includes a first capacitor plate coupled to a flexible element of the personal electronic device, which is coupled to the device housing, and a second capacitor plate coupled to an internal structural member of the personal electronic device. The internal structural member is not coupled to the housing during the characterization. The capacitive force sensor characterization system includes: a housing fixture adapted to hold the housing of the personal electronic device; a member fixture adapted to hold the internal structural member of the personal electronic device; a positioner coupled to at least one of the housing fixture or the member fixture; a position sensor; control circuitry electrically coupled to the positioner to provide a drive signal to the positioner; and a processor coupled to the first and second capacitor plates and the position sensor. The positioner is adapted to vary the gap width between the first and second capacitor plates in response to the drive signal. The position sensor is adapted to measure differences in the gap width between the capacitor plates relative to an initial gap width. The control circuitry is adapted to generate the drive signal following a test procedure such that, in response to the drive signal, the positioner varies the gap width between the capacitor plates from the initial gap width to at least two test gap widths. The processor adapted to determine: a capacitive sensor gain; a capacitive sensor offset; and an initial effective separation between the capacitor plates.

4.WO/2015/047372MAGNETIC ACTUATORS FOR HAPTIC RESPONSE

WO - 02.04.2015

Clasificación Internacional G06F 3/01 Nº de solicitud PCT/US2013/062556 Solicitante APPLE INC. Inventor/a MOUSSETTE, Camille

In an embodiment, an actuator or circuit includes elements moveably coupled via bearings positioned between curved grooves. The bearings and the curves may exert a restorative force to return the elements to an original position after movement and may be spherical, cubic, cylindrical, and/or include gears that interact with groove gears. In some embodiments, an electrical coil may be coplanar with a surface of an element and a hard magnet may be positioned in the center and be polarized to stabilize or destabilize the element with respect to another element. In various embodiments, a magnetic circuit includes an element with an electrical coil wrapped in multiple directions around the element. In some embodiments, an actuator includes attraction elements and exertion of force causes an element to approach, contact, and/or magnetically attach to one of the attraction elements.

5.WO/2015/047362TEMPORARY FIXTURE FOR MESH PROCESSING AND MESH CARPET

WO - 02.04.2015

Clasificación Internacional B21F 43/00 Nº de solicitud PCT/US2013/062513 Solicitante APPLE INC. Inventor/a SAWYER, Justin T.

Systems and methods for fastening an accessory to a mesh material are disclosed herein. Particularly a temporary fixture (610) may be applied to the mesh material to attach an accessory (604) to the mesh. One embodiment may take the form of applying an adhesive to the end of a mesh product. Once solidified, the adhesive and mesh composite may be machined into a shape suitable to engagement with an accessory. The adhesive may then be removed in the process of soldering the accessory to the end of the mesh product.

6.WO/2014/200766ROTARY INPUT MECHANISM FOR AN ELECTRONIC DEVICE

WO - 18.12.2014

Clasificación Internacional G06F 3/02 Nº de solicitud PCT/US2014/040728 Solicitante APPLE INC. Inventor/a ROTHKOPF, Fletcher R.

One embodiment of the present disclosure is directed to a wearable electronic device. The wearable electronic device includes an enclosure having a sidewall with a button aperture defined therethrough, a display connected to the enclosure, a processing element in communication with the display. The device also includes a sensing element in communication with the processing element and an input button at least partially received within the button aperture and in communication with the sensing element, the input button configured to receive two types of user inputs. During operation, the sensing element tracks movement of the input button to determine the two types of user inputs.

7.WO/2017/031153FABRIC-BASED ITEMS WITH ELECTRICAL COMPONENT ARRAYS

WO - 23.02.2017

Clasificación Internacional H01L 23/538 Nº de solicitud PCT/US2016/047259 Solicitante APPLE INC. Inventor/a SUNSHINE, Daniel, D.

A fabric-based item may include fabric layers and other layers of material. An array of electrical components may be mounted in the fabric-based item. The electrical components may be mounted to a support structure such as a flexible printed circuit. The flexible printed circuit may have a mesh shape formed from an array of openings. Serpentine flexible printed circuit segments may extend between the openings. The electrical components may be light-emitting diodes or other electrical devices. Polymer with light-scattering particles or other materials may cover the electrical components. The flexible printed circuit may be laminated between fabric layers or other layers of material in the fabric-based item.

8.WO/2017/106524MICROPOROUS INSULATORS

WO - 22.06.2017

Clasificación Internacional H01M 2/14 Nº de solicitud PCT/US2016/066968 Solicitante APPLE INC. Inventor/a KAYE, Steven

Insulators and polymer-coated insulators are provided. The insulators can include thermally-insulating nanoparticles and a binder configured to volatilize at a volatilization temperature. Insulators can also include an inorganic thermally-insulating material forming a porous structure. The porous structure can be configured to reduce the mean free path of gases in the insulator as compared to gases outside the porous structure. Polymer-coated insulators including an inorganic thermally-insulating material and a polymer coating disposed on the surface of the inorganic thermally-insulating material are also provided. Insulators can also include thermally-insulating nanoparticles and an opacifier. The opacifier can include a carbonaceous material coated with a refractory material that inhibits oxidation of the carbonaceous material at a carbon oxidation temperature. The insulators or polymer-coated insulators can be disposed between battery cells or battery cell blocks in an apparatus.

9.WO/1997/014316PACKAGE FOR FOOD PRODUCT AND AN ACCESSORY

WO - 24.04.1997

Clasificación Internacional A23G 1/00 Nº de solicitud PCT/EP1996/004386 Solicitante SOREMARTEC S.A. Inventor/a TERRASI, Giuseppe

The package (1) comprises two half shells (2, 3) having respective mouths in face-to-face relation. One of the half shells (2) contains an edible product (8, 15). The other half shell (3) contains an accessory such as a play element (10).

10.WO/1998/040313ANLAGE ZUR ENTSALZUNG ODER REINIGUNG VON MEER- ODER BRACKWASSER MITTELS SOLARENERGIE

WO - 17.09.1998

Clasificación Internacional B01D 3/00 Nº de solicitud PCT/AT1998/000061 Solicitante MARKOPULOS, Johannes Inventor/a MARKOPULOS, Johannes

Anlage zur Entsalzung oder Reinigung von Meer- oder Brackwasser mittels Solarenergie, mit einem geschlossenen Kreislauf aus einem thermischen Sonnenkollektor (2) und einem Wärmetauscher (6, 6'), in welchem Kreislauf ein Wärmeträgermedium zirkuliert, einem Becken (11), das mit dem zu behandelnden Meer- oder Brackwasser beschickbar ist und in dem der Wärmetauscher (6, 6') zur Aufheizung und Verdampfung desselben angeordnet ist, einer Kühlfläche (3), die oberhalb des Beckens (11) zur Kondensation des aufsteigenden Dampfes liegt, und Wassersammlern (13), die unter Teilbereichen der Kühlfläche zum Auffangen des Kondenswassers angeordnet sind, wobei der Sonnenkollektor (2) in einem Abstand zu und oberhalb der Kühlfläche (3) in abschattender Beziehung zu letzterer angeordnet ist, die Kühlfläche (3) aus wärmeleitendem Material gefertigt ist, und der zwischen Kühlfläche (3) und Sonnenkollektor (2) verbleibende Zwischenraum zur seitlichen Durchströmung mit Umgebungsluft zugänglich ist.

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