baber/WOPTO huggingface dataset:
Patent WO-0033723-A2 (WO)
Title: Chirurgie cardiaque sans cardioplegie
Inventor: EVANS PHILIP C
IPC: A61B17/00
Filed: 1999-11-18
Abstract: Cette invention concerne un système ou un ensemble chirurgical pour cardiochirurgie comprenant un instrument chirurgical, un servomécanisme relié à l'instrument chirurgical qu'il entraîne, et un ensemble fixation conçu pour supprimer au moins un degré de liberté de mouvement au niveau d'un site chirurgical cardiaque pour produire un site chirurgical cardiaque résultant. Le système ou l'ensemble chirurgical comprend également un système de suivi du mouvement permettant de recueillir des information sur le site chirurgical cardiaque résultant. Un ordinateur de commande est relié à l'ensemble fixation, au système de suivi du mouvement et au servo-mécanisme; il commande les mouvements de l'ensemble fixation et transmet les informations recueillis au servomécanisme, lequel déplace l'instrument chirurgical conformément au site chirurgical cardiaque résultant de telle manière que la position relative de l'instrument chirurgical mobile par rapport au site chirurgical cardiaque résultant soit relativement constante. Un moniteur vidéo est couplé à l'ordinateur de commande et un système d'entrée couplé au servomécansime et à l'ordinateur de commande pilote les mouvements de l'appareil chirurgical. Le moniteur vidéo affiche les mouvements de l'instrument chirurgical, le site chirurgical cardiaque résultant apparaissant comme sensiblement fixe, et la position relative de l'instrument chirurgical qui se déplace avec le site opératoire cardiaque résultant (par suite des informations recueillies par le système de suivi de mouvement) reste généralement constante. Cette invention concerne une technique de chirurgie cardiaque sans cardioplégie, qui consiste à supprimer au moins un degré de liberté de mouvement du site opératoire cardiaque pour produire au moins un site opératoire cardiaque partiellement stationnaire, sans arrêter les mouvements d'une partie résiduelle du coeur, généralement distincte du site opératoire au moins partiellement stationnaire. L'intervention chirurgicale est exécutée sur le site chirurgical cardiaque au moins partiellement stationnaire au moyen d'instruments chirurgicaux tels que porte-aiguille, pinces, bistouris et ciseaux.
Patent WO-0038217-A2 (WO)
Title: Fabrication d'un dispositif d'imagerie hybride
Inventor: WADSWORTH MARK
IPC: H01L/
Filed: 1999-12-14
Abstract: L'invention concerne un détecteur ou imageur hybride comprenant deux substrats fabriqués selon deux procédés incompatibles. Un réseau de détecteurs, par exemple des dispositifs de couplage de charge (DCC), est formé sur le premier substrat par un procédé de fabrication DCC, par exemple à canaux enterrés ou péristaltique. Au moins un amplificateurs de conversion de charge est formé sur un second substrat par un procédé de fabrication CMOS. Les deux substrats sont ensuite collés ensemble pour former un détecteur hybride.
Patent CH-716718-A2 (CH)
Title: Modulmontagesystem für eine Leichtbauhalle.
Inventor: Kilian WEHRLI
IPC: H02S20/23
Filed: 2019-10-21
Abstract: Die Erfindung betrifft ein Modulmontagesystem für eine Leichtbauhalle mit einer Membranhülle welche beispielsweise das Dach bildet. Das Modulmontagesystem ist durch mindestens zwei Elemente gebildet, nämlich einem Einschubprofil (4) welches unter der Membrane (2) der Leichtbauhalle eingeschoben werden kann und einer über der Membrane (2) aufbringbaren Membrantasche (3). Zusammen bieten die mindestens zwei Elemente die Montagebasis für ein Kollektorprofil (6) welches auf der Leichtbauhalle montierbar sind. Dabei ist die Membrantasche (3) mit dem Einschubprofil (4) jeweils an einer Position eines Fachwerkprofils (1) der Leichtbauhalle positioniert. Die darauf montierbaren Kollektorprofile (6) tragen ein Kollektormodul (7), insbesondere ein Photovoltaikmodul oder ein thermisches Solarmodul. Damit ist die Stabilität der kompletten Montage garantiert.
Patent CH-718178-A2 (CH)
Title: Système de commande en boucle ouverte pour des étiquettes passives RFID UHF.
Inventor: ALESSANDRO VENCA
IPC: H02M3/06
Filed: 2020-12-16
Abstract: La présente invention concerne une unité de commande en boucle ouverte configurée pour surveiller la puissance de sortie d'un convertisseur de pompe de charge (500) ayant une impédance d'entrée et une première borne de commande d'impédance d'entrée (513) configurée pour être enfichée dans ladite unité de commande en boucle ouverte et pour modifier ladite impédance d'entrée. Ladite unité de commande en boucle ouverte, selon l'invention, comprend au moins un circuit de référence (11) configuré pour capter une valeur de différence (121) entre une référence principale et une référence auxiliaire et au moins une unité de commande (120) configurée pour recevoir ladite valeur de différence (121), pour établir une valeur de rognage et pour envoyer ladite valeur de rognage à ladite borne de commande d'impédance d'entrée (513) de façon à modifier ladite impédance d'entrée. L'invention concerne également un systéme de commande.
Patent CH-705756-A2 (CH)
Title: Nachhaltige kosmetische und dermatologische Zubereitungen.
IPC: A61K8/96
Filed: 2011-11-13
Abstract: Die Erfindung beschreibt nachhaltige kosmetische und dermatologische Zubereitungen zur Anwendung als Pflege- und/oder Reinigungsmittel für Körper und/oder Haare, welche Tenside enthalten, die sich durch einen aussergewöhnlich hohen Anteil an langkettigen (>C18) Alkylresten von über 60 Gew.-% und einem Anteil an ungesättigten Alkylresten von über 50% auszeichnen, jeweils bezogen auf den Gesamtgehalt an Alkylketten der im Mittel enthaltenen Tenside.
Patent CH-707396-A2 (CH)
Title: Device for installing display hand on clockwork movement, has housing located between pin and support so as to provide housing on path of pin to allow selection of one of cleats to be assembled to pin based on hand and pin movement
Inventor: VAUCHER RICHARD
IPC: G04D1/08
Filed: 2012-12-14
Abstract: The device (1) has a support (4) for supporting and maintaining a clockwork movement, and a bracket (8) for supporting a pin (10) moving in direction of the support. A button (14) controls movement of the pin based on an action of operator. A barrel (22) of cleats (24) moves between pre-defined positions and includes housings carrying the cleats. The housing is located between the pin and the support to mount one of the housings on a path of the pin in each of the positions to allow selection of the one of the cleats to be assembled to the pin based on the hand and the movement.
Patent CO-5611159-A2 (CO)
Title: Composiciones y metodos para modular hemicanales de conexina
Inventor: SOBERG PETERSEN JORGEN
IPC: A61K38/08
Filed: 2004-08-26
Abstract: 1.- Un método para cerrar un hemicanal en una célula, tejido u órgano expuesto a esfuerzo, el método comprende poner en contacto la célula estresada, el tejido o el órgano estresados con una cantidad terapéuticamente efectiva de por lo menos un compuesto seleccionado del grupo que consiste de compuestos representados como formulas I o II, en donde el contacto es suficiente para cerrar los hemicanales en las células, tejido u órganos estresados.2.- El método de la reivindicación 1, en donde el método comprende adicionalmente fosforilar un residuo de tirosina de la conexina 43 (Cx 43) y cerrar el hemicanal.3.- Un método para abrir un hemicanal en una célula, tejido u órgano, el método comprende poner en contacto la célula, tejido u órgano con una cantidad terapéuticamente efectiva de por lo menos un compuesto seleccionado del grupo que consiste de compuestos representados como formula I o II, en donde el contacto es suficiente para abrir el hemicanal en la célula, tejido u órgano.4.- El método de la reivindicación 3, en donde el método comprende adicionalmente defosforilar un residuo de serina de la conexina 43 (Cx 43) y abrir el hemicanal.5.- Un método para impedir o tratar tejido u órgano estresado en un mamífero, el método comprende administrar una cantidad terapéuticamente efectiva de por lo menos un compuesto seleccionado del grupo que consiste de compuestos representados como formula I o II según se describió anteriormente, en donde el contacto es suficiente para impedir o tratar el estrés en el tejido u órgano.6.- El método de la reivindicación 5, en donde el método comprende adicionalmente fosforilar un residuo de tirosina de la conexina 43 (Cx 43) y cerrar el hemicanal.
Patent CO-5700714-A2 (CO)
Title: Metodo para el tratamiento de la enfermedad asociada con adamts-5
Inventor: MORRIS ELISABETH
IPC: C07D295/192
Filed: 2006-06-02
Abstract: 1.- Un método para tratar una enfermedad asociada con ADAMTS-5 en un sujeto que la presenta que consta de la administración al sujeto de un agente que inhiba a ADAMTS-5.18.- Un método para identificar un agente potencial útil para el tratamiento de una enfermedad asociada con ADAMTS-5-que comprende poner en contacto ADAMTS-5 con el agente potencial y medir la actividad de ADAMTS-5 en presencia del agente potencial, donde una reducción en la actividad indica que el agente potencial es útil para el tratamiento de la enfermedad.24.- Un método para modular la actividad de ADAMTS-5 que comprende poner en contacto a ADAMTS-5 con un compuesto de la fórmula I:donde:R1 es H o C1-C6 alquilo;R2 es H, C1-C6 alquilo, (CH2)nR2', fenilo o bencilo;n es 0-6; R2' es arilo, heteroarilo, cicloalquilo o heterocicloalquilo;R3 es, independientemente de cada incidencia, H, halógeno, OC(halógeno)3, C(halógeno)3, alcoxi o C1-C6 alquilo;X se selecciona a partir de CH2O, OCH2, C(R3)=C(R3), C(R3)2-C(R3)2, CH2NHC(=O), O(C=O)NH, O, C(=O)CH2, SO2CH2C(=O)NH, SO2NH, OC(=O), CH2S(O) y CH2S(O)2; y Z es al menos una porción arilo o heteroarilo.
Patent CO-6220873-A2 (CO)
Inventor: CADON CLAUDE ANDRE
IPC: H04N5/00
Filed: 2009-09-01
Abstract: The method involves starting a TV receiver/decoder for receiving and decoding based on setting a data receiving device i.e. tuner, according to an action of a user for carrying an application to be executed. An availability of a new application is detected, and the new application is recorded on a data backup support according to an availability of another data receiving device e.g. connection port of a local peripheral. The connection port of the local peripheral is formed among an universal serial bus (USB), a wireless fidelity (Wi-Fi) and IEE1394.
Patent CO-6280503-A2 (CO)
Title: Conjugados de neurturina novedosas para uso farmaceutico
Inventor: AUSTEN MATTHIAS
IPC: A61K47/48
Filed: 2010-06-03
Abstract: La presente invención se relaciona con productos de proteína neurturina conjugados con polioles y composiciones farmacéuticas que comprenden conjugados de neurturina como ingredientes activos, preferiblemente conjugados de neurturina PEGilados o variantes de los mismos, que tienen mayor biodisponibilidad.
Patent CO-6620033-A2 (CO)
Title: Formulaciones intravenosas de coenzima q10(coq10) y métodos de uso de las mismas
Inventor: NARAIN NIVEN RAJIN
IPC: A61K9/107
Filed: 2012-10-12
Abstract: La presente invención se refiere a formulaciones adecuadas para administración parenteral de ciertos agentes hidrofóbico activos tales como Coenzima Q10. También se proporcionan en la presente métodos para preparar las mismas y métodos para tratamiento de trastornos oncológicos usando las mismas. Las formulaciones comprenden una solución acuosa; un agente hidrofóbico activo dispersado para formar una nano dispersión coloidal de partículas; y al menos uno de un agente estabilizante de dispersión y un reductor de opsonización en donde la nano-dispersión coloidal del agente activo se dispersa en partículas de nano-dispersión que tienen un tamaño medio de ménos de 200-nm. Métodos para preparar las formulaciones parenterales comprenden dispersar el agente hidrofóbico activo por homogenización de alta presión mediante (1) agregar agente hidrofóbico activo a un baño de agua a 65°C y mezclar para formar una mezcla de agente hidrofóbico activo/agua; (2) agregar un agente estabilizante de dispersión a la mezcla de agente hidrofóbico activo/agua y mezclar a 65°C para formar una mezcla de agente hidrofóbico activo/agua/estabilizador; (3) agregar un reductor de opsonización para formar una mezcla de agente hidrofóbico activo/agua/estabilizan te/reductor; (4) pre-calentar un microfluidizador a 65°C; y (5) procesar mezclando la mezcla de agente hidrofóbico activo/agua/estabilizante/reductor en el microfluidizador a 65°Ó de manera que se forma una nanodispersión coloidal de agente hidrofóbico activo que tiene un tamaño de partícula medio de menos de 200-nm. También se proporcionan en la presente métodos para tratar trastornos oncológicos administrando formulaciones descritas en la presente a un sujeto de manera que ocurre el tratamiento o prevención del trastorno oncológico.
Patent EP-1024305-A2 (EP)
Inventor: SHIRAI TAKEKI
IPC: F16C29/06
Filed: 2000-01-27
Abstract: A rolling-element hold spacer (9) includes a spherical
indent (11) which is formed in either side of a rolling element
(7) so as to match the curved surface of the rolling element (7);
thick hold sections (10a,10b) to be interposed between the rolling
elements (7); and thin bent sections (12) for interconnecting only
one thick hold section pair (10a,10b) in which the rolling element
(7) is to be interposed. The thin bent section (12) is deflected
or twisted in a curved portion of a rolling-element circulation
path. Further, the rolling-element hold spacers which are
adjacent to each other with a single rolling element interposed
therebetween mutually perform pivotal movement around the
rolling element (7), thereby enabling smooth circulation of the
rolling elements (7). Clearance arises between the rolling
element (7) and the thick hold sections (10a,10b) as a result of
bent of the thin bent section (12). Lubricant enters the clearance,
to thereby sufficiently lubricate the rolling elements (7). So
long as a rolling-element hold spacer (9) is placed around every other
rolling element (7), all the rolling elements (7) are eventually
held by the rolling-element hold spacers (9). Consequently, the
number of rolling-element hold spacers (9) can be reduced to
one-half the number of the rolling elements (7), and the number
of rolling elements (7) can be increased correspondingly.
Patent EP-1033526-A2 (EP)
Inventor: HERING OLIVER
IPC: F21Y101/00
Filed: 2000-02-29
Abstract: A number of light distribution bars (14) are mounted in parallel and each have angled end surfaces (12) . Light input takes place through the surfaces using light emitting diodes,LED, (20) mounted on a circuit board (18). The glass light emitting bars have multiple internal reflections provided by the rear surface having a ridged prism profile.
Patent EP-1050395-A2 (EP)
Inventor: MEHNERT REINER PROF DR RER NAT
IPC: B29C59/16
Filed: 2000-05-02
Abstract: Excimer gas is introduced uniformly between the electrodes at normal (i.e. atmospheric) pressure, through a suitable nozzle system. It simultaneously performs the functions of an inert gas for the entire system. An Independent claim is included for the corresponding method of surface modification; essentially operating the radiator a open arc source (i.e. not totally-sealed as in a gas discharge tube). At the same time, all air is flushed out of the apparatus, means of the excimer gas itself. Preferred features: A nozzle chamber is located above the electrodes, connecting through its nozzle system to the discharge chamber, where electrodes for excimer excitation are located (note: the term excimer is used generally to describe a narrow band incoherent UV source; it is strictly a molecule stable in only the excited state. The windowless system described, is especially suitable for far UV, since most windows absorb it strongly). Between discharge chamber and irradiation chamber (where gas inerti also occurs), there is a screening and/or aperture system, through which the UV photons and excimer gas molecules reach the irradiation chamber. The nozzle and aperture system designs are coordinated, such that excimer gas flow rate and consumption are optimized. Ahead of the irradiator, in the running direction of the material being treated, there is an additional nozzle system producing a gas curtain to remove an air boundary layer from the material, and prevent air from interfering elsewhere in the process.
Patent EP-1057697-A2 (EP)
Inventor: TAJIMA HIROYUKI
IPC: B60R21/213
Filed: 2000-05-31
Abstract: A head-protecting airbag device (M1) includes an airbag cover (21) mounted on the body (1) of a
vehicle for covering a folded airbag (13). The airbag cover includes an airbag cover body and a
clip portion (29) protruding from the back side of the airbag cover body (27). The clip portion is
inserted into a retaining of the vehicle body and is retained by the vehicle body. The clip
portion can establish two states: a first retaining state, in which the clip portion is so
unextractably retained in the retaining hole that the clip portion cannot be pulled from the
body; and a second retaining state, in which the clip portion is inserted farther into the
retaining hole compared to the first retaining state and is extractably retained to permit
extraction of the clip portion from the body. The head-protecting airbag device can firmly
mount the airbag cover to and easily dismount the airbag cover from the vehicle body.
Patent EP-1061369-A2 (EP)
Inventor: GOERLACH-GRAW ADA DR
IPC: G01N33/558
Filed: 2000-06-14
Abstract: Analytical device for determination of an analyte in a liquid comprises the following components in or on a support that permits liquid transport: (a) a sample-receiving zone; (b) a detection zone; (c) a capture zone; (d) a non immobilized conjugate of an anti-analyte reagent and a low-molecular-weight label; and (e) a non immobilized conjugate of an anti-L1 reagent and a detectable label. Analytical device for determination of an analyte in a liquid comprises the following components in or on a support that permits liquid transport: (a) a sample-receiving zone; (b) a detection zone downstream of the sample-receiving zone; (c) a capture zone that is located upstream of the capture zone and contains immobilized analyte or analyte analog; (d) a non immobilized conjugate of an anti-analyte reagent and a low-molecular-weight label (L1) located upstream of the capture zone; and (e) a non immobilized conjugate of an anti-L1 reagent and a detectable label (L2) located upstream of the capture zone. An Independent claim is also included for a method for determination of an analyte using the device, in which the sample-receiving zone is contacted with the analyte, the analyte is transported in a liquid towards the detection zone, the analyte in the liquid reacts with the two conjugates to form a detectable complex, and the complex is transported in the liquid to the detection zone.
Patent EP-1066781-A2 (EP)
Inventor: SEMMLER AXEL
IPC: A47F7/00
Filed: 2000-06-30
Abstract: The stand is disposed such that the article e.g. a shower basin (1) to be displayed is pivotally mounted inside a storage compartment (E,F,G) so that it can be swung out from it for inspection. The pivot axle for the article is positioned along the top edge of the compartment access opening. The article is secured to supports pivotally joined to the compartment.
Patent EP-1085414-A2 (EP)
Inventor: OBARA KIYOHIRO
IPC: G06F3/06
Filed: 2000-08-10
Abstract: A mainframe system disk control unit 7 is provided with
a means 22 of accessing open system storage 18 connected to a
SAN and a means 22 of converting the input and output data
format to that of the open system, and the mainframe 1 is
made to access a volume 18 of open system storage in the same
manner as a volume 5 under control of the mainframe system
disk control unit 7. By this means, data in the open system
storage is backed up to the mainframe system. Moreover, communication
is performed between the program on the mainframe
1 and the program on an open system host computer 17, and
prior to starting backup, the updating of data in the open
system storage system is prohibited.
Patent EP-1077217-A2 (EP)
Inventor: MOSKAL JOSEPH R
IPC: A61K38/00
Filed: 1997-05-16
Abstract: Compositions and methods are described for the specific identification of NMDA
receptors, and for the specific identification and manipulation of NMDA glycine co-agonist
biological activity.
Patent EP-1132357-A2 (EP)
Inventor: IKAMI HIDEO
IPC: C04B33/04
Filed: 2000-08-23
Abstract: A method of manufacturing large thin wall ceramics
board includes pulverizing and uniformly mixing, in dry
content conversion, plasticity clay in an amount of 30-40%
by weight, wollastonite having an aspect ratio of more than
10 in an amount of 20-50% by weight, and feldspar and talc
in an amount of 10 50 % by weight to form a mixture. The
mixture is added with a solution having a 16-21% weight of
the weight of this mixture. The solution has 10% by weight
of a paraffin emulsion. The clay-like composition is
extruded with a vacuum kneading machine to form a
cylindrical shape. The extruded clay-like composition is
made into dough board compact of desired thickness after
being partially cut parallel to the cylinder. The dough
board compact is heated to approximately 80 degrees Celsius
with far infrared radiation. The heated dough board is
transported on a heat proof metal mesh belt having
temperature of between 80 and 150 degrees Celsius, and then
gradually heated and dried at 150 to 350 degrees Celsius to
dehydrate the dough board. The dehydrated bough board is
baked at 1000-1200 degrees Celsius in roller hearth kiln
combustion heating device.
Patent EP-1089340-A2 (EP)
Inventor: FRERICHS HEINZ-PETER DR
IPC: H01L27/11521
Filed: 2000-08-28
Abstract: The EPROM structure has a number of memory cells, each with a floating gate transistor (6) that can be programmed with hot electrons and cleared with ultraviolet light. An additional common gate capacitance (7) per memory cell is arranged so that a potential increase at the floating gate transistor required to write or program is achieved by applying a predefinable voltage common to all memory cells to the gate capacitance. Independent claims are also included for the following: an integrated semiconducting memory with an EPROM structure.
Patent EP-1109408-A2 (EP)
Inventor: HILD STEFAN G
IPC: H04N7/26
Filed: 2000-10-25
Abstract: Methods and apparatus are provided for transcoding a data message, comprising a
plurality of data fields (f1-f10) and an authentication code (Sgn(h1-10)), to produce a transcoded
message for transmission to a destination device (4). The transcoding methods can be applied to
such a data message which is received from a source device (1) wherein said data fields (f1-f10)
have been coded in accordance with a first coding system, whereby respective data field codes
(h1-h10) are generated for said data fields (f1-f10) and a message code (h1-10) is derived from
said data field codes (h1-h10), and wherein said message code (h1-10) has been coded in
accordance with a second coding system to generate said authentication code (Sgn(h1-10)). For
each data field (f1-f10) of the received data message it is decided whether to maintain, modify or
omit that field. For a field to be maintained, that field is maintained in the transcoded message.
For a field to be omitted, that field is coded in accordance with said first coding system to
generate an omitted field code dependent upon the data field code (h) for that field, and that field
is replaced by said omitted field code in the transcoded message. For a field to be modified, that
field is coded in accordance with said first coding system to generate a modified field code
dependent upon the data field code (h) for that field, and that field is replaced by a modified
field, comprising modified data (f') and said modified field code, in the transcoded message. The
received authentication code (Sgn(h1-10)) is also included in the transcoded message. Sufficient
information is thereby included in the transcoded message to enable the destination device to
verify the transcoding operation.