baber/WOPTO huggingface dataset:
Patent EP-1098491-A3 (EP)
Inventor: MEYER KEVIN P
IPC: H04L12/26
Filed: 2000-11-07
Abstract: A method for identifying related protocol data units (PDUs) in a data path
of a data network operates by capturing (302) a plurality of PDUs (222) that are
communicated along the data path. Then, one (or more) of the captured PDUs is
selected (306) and used (308) as a template for structuring a search. Thereafter,
the method searches (236, 310) through the plurality of captured PDU to identify
(230) those PDUs having fields (FIG. 8) that are similar to the PDU selected and
used as a template for structuring a search. Thereafter, the method searches (236,
310) through the plurality of captured PDU to identify (230) those PDUs having
fields (FIG. 8) that are similar to the PDU selected and used as the template.
Finally, the method displays (238) the identified PDUs to a user. A similar method
includes the steps of configuring (330) a tester (200) to identify PDUs that are
communicated along the data path that are similar in at least one field (FIG. 8),
displaying, in real time, PDUs that are identified as having at least one similar
field, and further displaying (FIG. 9) at least one sequential PDU with each
identified PDU that is displayed, so that the identified PDUs are displayed in
context. A computer readable storage medium is also provided to identify related
PDUs in a data path. The computer readable medium (230) includes a plurality of
code segments (232, 234, 236, 238, 239).
Patent EP-1118836-A3 (EP)
Inventor: ABE MUNEMITSU
IPC: G01C19/5628
Filed: 2000-12-08
Abstract: The invention provides a capacitive micro sensor that
suppresses electric noises generated around the electrodes
and enhances the S/N ratio to thereby enhance the detection
sensitivity. The gyroscope of the invention includes a
tuning fork (6) having three legs (9), driving electrodes
(4) and detecting electrodes (5) provided on two glass
substrates (2, 3), driving fields-through (7) that supply
the driving electrodes with a drive signal, and detecting
fields-through (8) that extract a detecting signal from the
detecting electrodes. There is also provided a shield
member between the detecting and the driving, shield
members between the detecting and the detecting, and shield
members between the driving and the driving are provided,
which makes electrostatic shielding between the adjacent
fields-through of the areas where the driving fields-through
and the detecting fields-through are arrayed.
Patent EP-1111966-A3 (EP)
Inventor: DUGGAL ANIL RAJ
IPC: H01L51/52
Filed: 2000-12-15
Abstract: The invention relates to a luminescent display (100) comprising a first electrode (120), a second electrode (130), an organic light emitting layer (110) disposed between the first (120) and second electrodes (130), and a luminescent material (160) which receives light from the organic light emitting layer (110) and converts the light to a different wavelength, wherein the first (120) and second electrodes (130) together define an overlap region in which the organic light emitting layer (110) is activated to emit light, and the luminescent material (160) is disposed in a portion of the overlap region. The invention also relates to a method comprising the steps of creating an image and printing the image on a light emitting device comprising an organic light emitting layer after the light emitting device has been formed. The image may be created, for example on a personal computer, and printed with an inkjet printer. The image may be printed in phosphors which emit light of one wavelength upon absorbing light of a different wavelength from the organic light emitting layer. 
Various embodiments of the invention allow customized luminescent displays to be easily fabricated by end users by applying a phosphor pattern to a preformed, encapsulated light emitting device.
Patent EP-1081944-A3 (EP)
Inventor: HOSHINO KAZUHIRO
IPC: H04N5/225
Filed: 2000-09-01
Abstract: Disclosed is a camera module in which an operational defect
(generation of a ghost image) as a result of a reduction in thickness is eliminated.
A camera module 2 includes a substrate 10 provided with a through-hole 14 for
light transmission, a light receiving portion 15 provided on one side, an imaging
element 11 flip chip mounted on one side of the substrate such that the light
receiving portion 15 is exposed through the through-hole 14, and a shielding layer
22 on the back surface of the element on the opposite side of the light receiving
portion 15, and a lens unit 12 mounted on the other side of the substrate 10.
Patent EP-1092585-A3 (EP)
Inventor: CHARRAS FABRICE
IPC: B60N2/48
Filed: 1998-06-30
Abstract: Il s'agit d'un siège de véhicule dont l'armature (9) du
dossier comporte une partie supérieure (11) qui est montée
pivotante sur une partie inférieure (10) et qui porte un
appui-tête (5), les deux parties de l'armature étant reliées
entre elles par un dispositif de réglage qui permet
de régler la position de la partie supérieure et qui est
dimensionné pour céder lorsque le dos du passager appuie
sur un organe d'appui (22) de la partie supérieure de
l'armature en cas de choc arrière, de sorte que la partie
supérieure de l'armature du dossier et la zone supérieure
de la face avant du dossier pivotent alors vers l'avant
avec l'appui-tête.
Patent EP-1134807-A3 (EP)
Inventor: KIMURA TORU
IPC: H01L25/00
Filed: 2001-03-14
Abstract: P-electrode 30a and N-electrode 31a of a
semiconductor device 2, and capacitors 10 in a plate-like
shape or a block-like shape respectively connected to U-phase
40, V-phase 41, and W-phase 42 having a switching
element 20 and a diode 21 are built in a semiconductor
device 2, and a single or a plurality of capacitors 10
are respectively connected to P-electrodes 30a and N-electrodes
31a in each of the phases, whereby the
smoothing capacitors are built in the semiconductor
device to reduce wiring inductances, the capacitors are
miniaturized, and an entire electric power converting
device, i.e. inverter, is miniaturized.
Patent EP-1136433-A3 (EP)
Inventor: NAGAI KATSUMI
IPC: B66F9/08
Filed: 2001-03-19
Abstract: An industrial vehicle such as a forklift truck (1) includes a tiltable mast (3), a
tilt cylinder (7) for tilting the mast (3), a loading attachment (5) mounted on the mast (3), a
device for measuring a load weight moment in back- and- forth direction of the
forklift truck. 
     The measuring device comprises first (21) and second pressure sensors (22) for
detecting pressures in the rod side chamber (7a) and a bottom side chamber (7b) of the
tilt cylinder (7), respectively, and a controller (31) for calculating axial force of the tilt
cylinder (7) by the detected pressures and for further calculating load weight
moment based on the axial force calculated. The controller (31) judges whether the
forklift truck (1) is stable based on the axial force or the moment. The measuring
device further comprises a stroke end sensor (23) for detecting a stroke end of the
tilt cylinder (7), a load weight sensor (24) and a height sensor (25) for detecting load weight
and height, respectively. When the stroke sensor detects (23) that the tilt cylinder (7)
reaches its stroke end, the controller (31) judges whether the forklift truck (1) is stable
based on the detected weight and height of the attachment.
Patent EP-1142755-A3 (EP)
Title: Mobiler Vorratsbehälter sowie Transportfahrzeug für einen solchen Behälter und Verfahren zu dessen Aufstellung
Inventor: POSCH JUERGEN
IPC: B65D90/54
Filed: 2001-03-22
Abstract: Ein mobiler Vorratsbehälter (1) weist einen Vorratsraum (3)
auf, der durch eine Umfangswand (5) und durch einen Boden
(6) und einen Deckel (7) begrenzt ist. Der Vorratsbehälter
(1) ist liegend mit einer etwa horizontal ausgerichteten
Längsachse (4) im Straßenverkehr transportierbar und weist
im Bereich des Bodens (6) Stützbeine (8) zum Aufstellen auf
Baustellen oder dgl. mit vertikal ausgerichteter Längsachse
(4) auf. An den Stützbeinen (8) ist je ein radial bezüglich
der Längsachse (4) über die Außenkontur der Umfangswand (5)
ausfahrbarer Stützfuß (9) vorgesehen.
Patent EP-1143142-A3 (EP)
Title: Ignition timing control device for internal combustion engine
Inventor: SUZUKI MAKOTO
IPC: F02P5/15
Filed: 2001-04-06
Abstract: An engine operating region in which two ignition plugs
ignite at different ignition timings is restricted to a
region (phase-difference ignition region) where the effect
of different ignition timings is remarkably achieved. In
the operating region other than the above region,
simultaneous ignition is performed. A basic ignition timing
IGMAPIN of the intake ignition plugs 8I is calculated by
searching a map (S11). In the phase-difference ignition
region, a basic ignition timing IGMAPEX of exhaust ignition
plugs 8E is calculated by searching a map (S13). By
contrast, in the operating region where simultaneous
ignition is to be performed, the basic exhaust ignition
timing IGMAPEX is set as the basic intake ignition timing
IGMAPIN (S14).
Patent EP-1168557-A3 (EP)
Inventor: BOROWSKI GUDRUN
IPC: H02G3/14
Filed: 2001-06-16
Abstract: The cover (1) includes holding facilities which are designed as locking connections (40). This is such that between the cover part (6) and the base part (4) a preloading force (F) is produced, pulling these two parts against each other.
Patent EP-1168017-A3 (EP)
Inventor: GROIS IGOR
IPC: G02B6/36
Filed: 2001-06-19
Abstract: A fanout connector (20) is provided for a fiber optic cable (28) including a
plurality of optical fibers (30). The connector includes a housing means (22,24)
having a passage (34) for receiving the fiber optic cable transversely along an axis
(36). A fanout member (26) in the housing spreads the individual optical fibers (30)
of the cable (28) transversely of the axis (36). At least one frangible mounting
member (64) is provided on the housing means for mounting the connector on an
appropriate support structure. The mounting member (64) is readily breakable from
the housing when the connector is to be used as a stand-alone unit. The housing
includes a base (22) and a cover (24) with complementary interengaging polarizing
members (92,94) between the base and the fanout member. The cover (24) has a
transparent window (80) to afford visual inspection of at least a portion of the cable
within the housing.
Patent EP-1203878-A3 (EP)
Inventor: SATO MASAHIRO
IPC: G01N33/00
Filed: 2001-10-19
Abstract: There are provided a failure determination device for
determining failure of a humidity sensor that detects
the humidity of exhaust gases from an internal
combustion engine and a control system for an exhaust
passage changeover valve. In one form of the invention,
it is judged based on a detected operating condition of
the engine whether or not the engine is in an operating
condition in which failure determination of the humidity
sensor can be executed. It is then determined whether or
not the humidity sensor has failed, based on a result of
detection by the humidity sensor. In another form of the
invention, a changeover valve switches an exhaust passage
having a catalytic device arranged therein, between a main
exhaust passage and a bypass exhaust passage and having an
adsorber arranged therein which is capable of adsorbing
hydrocarbons and water. A humidity sensor is arranged at a
location downstream of the adsorber in the bypass exhaust
passage, for detecting humidity of the exhaust gases guided
into the bypass exhaust passage. The changeover valve is
driven based on a result of the detection.
Patent EP-1202466-A3 (EP)
Inventor: AKIHIKO HAMAMURA
IPC: G06K19/077
Filed: 2001-10-25
Abstract: A wireless communication unit of the present invention comprises: an interface
portion signally connected to a connector of a main device, the connector being dedicated to
a recording-medium; a recording portion performing non-volatile recording; a wireless
communication portion performing wireless communication; and a control portion
transmitting information to be recorded through the wireless communication portion to an
external destination and generating a backup of the information in the recording portion, the
information being inputted from the main device to the control portion through the interface
portion. Consequently, obtained is a wireless communication unit capable of being readily
fitted even to a main device without a general-purpose card connector provided therein, and
also capable of preventing important information from being lost even if the wireless
communication fail.
Patent EP-1207134-A3 (EP)
Title: Gaserzeugungssystem für einen Reformer
Inventor: MOTZET BRUNO
IPC: H01M8/0612
Filed: 2001-11-02
Abstract: Bei einem Gaserzeugungssystem zur Bereitstellung eines einem
Reformer zuzuführenden Gasstroms, der zumindest eine Kohlenstoffverbindung,
wie Kohlenwasserstoff oder Alkohol, und Wasserdampf
enthält, und bei dem ein Verdampfer zur Verdampfung
der im Gasstrom enthaltenen Komponenten vorgesehen ist, wird
vorgeschlagen, zwischen Verdampfer und Reformer eine Normalisierungsstufe
zur Vergleichmäßigung der Temperaturverteilung im
dem Reformer zuzuführenden Gasstrom zu schalten. Die Temperatur
des Gasstroms soll hierdurch auf einen Temperaturbereich unterhalb
der maximal zulässigen Reformereintrittstemperatur
vergleichmäßigt werden. Hierdurch werden durch Lastwechsel bedingte
Temperaturmaxima ausgeglichen, wodurch die Lebensdauer
des Reformerkatalysators deutlich erhöht wird.
Patent EP-1205767-A3 (EP)
Inventor: JONES STEVEN M
IPC: G01T1/164
Filed: 1996-04-03
Abstract: A scan speed procedure determines a minimum radiation exposure period on an object by object basis for a transmission study. A transmission prescan for a predetermined duration is followed by a second transmission scan phase. A resultant count density (Cm) for the object is then generated and examined. The portion having the smallest count density is determined, and a value representing the minimum required number of counts for transmission study is given. From the above, a transmission period is determined and the second transmission scan phase is performed using a multi-pass scan phase. The transmission period represents the minimum exposure duration to collect transmission data to ensure that the count density distribution for the object will contain at least Cm count density over each portion of the object.
Patent EP-1142675-A3 (EP)
Inventor: MATSUDA HIROSHI
IPC: B25J15/00
Filed: 2001-04-03
Abstract: A multifinger hand device has a plurality of finger
mechanisms (2,3,4,5) extending from a palm unit (1).
The finger mechanisms include a finger mechanism (2)
corresponding to a thumb and other finger mechanisms
(3,4,5). Joints (21,22,23) of the finger mechanism (2)
corresponding to the thumb include a joint (21) closest
to the palm unit (1) and having a rotational axis (21x)
about which the joint (21) is rotatable, the rotational
axis (21x) extending substantially perpendicularly to
the rotational axis (13x) of a joint (13), closest to
the palm unit (1), of one of the other finger mechanisms
(4). The joints (13), closest to the palm unit (1), of
the other finger mechanisms (3,4,5) have respective
rotational axes (13x) about which the joints (13) are
rotatable and which are slightly inclined to each other
and extend substantially perpendicularly to a main palm
plate (6) of the palm unit (1). The other finger
mechanisms (3,4,5) have link mechanisms (8) closest to
the palm unit (1) which are fixed to the palm unit (1)
with their respective rotational axes (13x) being
inclined to each other.
Patent EP-1161087-A3 (EP)
Inventor: YUASA AKI
IPC: H04H20/00
Filed: 2001-05-30
Abstract: A receiving apparatus (1100) that sequentially receives (1110) and
accumulates (1120) a plurality of broadcast contents into a storage
medium (1130) deletes each content accumulated in the storage medium (1130)
after a predetermined time period as the capacity of the storage
medium (1130) is limited. The receiving apparatus (1100) is connected to
at least one external device (1200), and accepts a user designation
of a content to be stored and of an external device (1200) into which
the content is to be stored. The receiving apparatus (1100) schedules
the transfer of the content in the available time period of
the external device (1200), and transfers the content to the external
device (1200) if the device is not busy at the scheduled time.
Patent EP-1195276-A3 (EP)
Inventor: ALACQUA STEFANO
IPC: B60H1/00
Filed: 2001-09-20
Abstract: Apparatus comprising a plurality of Venetian blind
slats (8, 9) controlled by an actuator rod (11)
associated to one side (4) of a frame (2) supporting
the pivoting slats (8, 9). The actuator rod (11) is
controlled by a metallic alloy shape memory wire (15)
associated to said rod (11), which is powered by
electrical current causing the wire to heat and shorten
thus moving the actuator rod (11) against the action of
a return spring (14). The actuator system is completely
integrated in the structure of the apparatus. The
position of the actuator rod (11) is signalled by a
sensor (22), preferably a potentiometer, comprising a
slider connected to the actuator rod (11), co-operating
with an electrical track connected to the frame of the
apparatus.
Patent EP-1229098-A3 (EP)
Inventor: TAKEDA TAKASHI
IPC: H01J11/42
Filed: 2002-01-29
Abstract: A phosphor having a high emission luminance and a vacuum
ultra-violet radiation excited light emitting element in which
the phosphor is used are provided. The phosphor may be made
of Ba, Gd, Y, B, O, and an activator (one or more selected from
Ce, and Tb). The phosphor may be
expressed by a composition formula of BaGd 1-a-b Y a Ln b B 9 O 16  where
Ln represents at least one selected from
Ce and Tb, and a and b satisfy 0.05≦a≦1 and 0.003≦b≦
0.5, respectively. The foregoing phosphors are suitably used
in a vacuum ultra-violet radiation excited light emitting
element. The vacuum ultra-violet radiation excited light
emitting element may comprise any one of the foregoing phosphors.
Patent EP-1258612-A3 (EP)
Inventor: YONEZAWA MAKOTO
IPC: F02B75/18
Filed: 2002-05-15
Abstract: An outboard motor (1) includes a water-cooled V-engine (5).
The engine includes right and left cylinder block portions (6R,
6L) each having plural cylinders (7) formed therein. The
cylinders of each cylinder block portion are vertically juxtaposed.
Cylinder heads (11, 11) are disposed behind the cylinder block
portions. The outboard motor has horizontal and vertical shafts
(3, 4). The outboard motor can tilt up on the horizontal shaft
and pivot sideways on the vertical shaft. The cylinders of each
cylinder block portion have a cooling jacket (33a) formed therein.
The lowermost cylinder (6a) has a discharge portion (34) formed
at an outermost part (6b) thereof. The discharge portion is
designed to discharge out cooling water remaining in the cooling
jacket.
Patent EP-1264809-A3 (EP)
Inventor: MIYOSHI TOSHIYUKI
IPC: H01G4/12
Filed: 2001-02-28
Abstract: An oxide having a perovskite structure is provided, wherein the amount of OH
groups in a crystal lattice of said oxide is less than 0,2% by weight and said
oxide is a powder having a particle diameter of 0,03 to 0,2 µm. Preferably the observed
value x of the ratio of the a axis to the c axis in the crystal lattice of said oxide
and the theoretical value k of the c/a axial ratio of said oxide satisfy a special
condition. Said oxide may be barium titanate. Preferably the c/a axial ratio thereof is
1,0033 or more.
Patent EP-1288681-A3 (EP)
Inventor: BORM GUENTER PROF
IPC: G01V1/047
Filed: 2002-08-23
Abstract: A mechanical seismic vibration generator has a housing (11) with magnetostrictive (12) vibration generator and coupling stub (14) prestressed by a spring (16) or hydraulic cylinder.
Patent EP-1300475-A3 (EP)
Title: Verfahren zur Herstellung eines gehärteten Blechprofils
Inventor: GEHRINGHOFF LUDGER
IPC: C21D9/00
Filed: 2002-08-29
Abstract: Bei einem Verfahren zur Herstellung eines gehärteten Blechprofils 4 aus
einer gegebenenfalls vorgeformten Platine 1 wird zunächst zumindest eine
topfartige Ausformung 2 an der Platine 1 ausgeformt. Anschließend wird die
Platine 1 in einem Pressenwerkzeug 3 zum Blechprofil warm umgeformt und
gehärtet. Hierbei erfolgt im Pressenwerkzeug 3 eine endformgebende Kalibrierung
der Ausformung 2. Vorzugsweise wird eine Ausformung 2 hergestellt,
deren Abmessungen von Durchmesser und Tiefe ein Verhältnis von
2:1 aufweisen. In Nachfolgeoperationen kann das Blechprofil 4 beschnitten
werden.
Patent EP-1293152-A3 (EP)
Inventor: DINKEL EMIL
IPC: A47C7/46
Filed: 2002-08-30
Abstract: Die Erfindung betrifft ein Polster für Sitze, insbesondere
Fahrzeugsitze, mit einem die Kontur der Polsteroberfläche vorgebenden
Polsterkörper und Mitteln zum Verändern der Polsteroberflächenkontur.
Zwecks Einstellen der Polsteroberflächenkontur
für eine individuelle, orthopädisch richtige Körperabstüzung
des Sitzenden unter Vermeidung einer den Sitzkomfort
beeinträchtigenden Verhärtung der Polsteroberfläche ist
der Polsterkörper zumindest in Teilbereichen aus mehreren, nebeneinander
angeordneten, einzelnen Polstersegmenten zusammengesetzt,
die in Richtung der Normalen der Polsteroberfläche
relativ zueinander verschiebbar sind. Die Mittel zum Verändern
der Polsteroberflächenkontur weisen Einstellglieder auf, die
die Polsterelemente einzeln verschieben.
Patent EP-1295762-A3 (EP)
Title: Anordnung einer Frontklappe an einem Fahrzeug
Inventor: KOESTLER ULRICH
IPC: B62D25/12
Filed: 2002-09-03
Abstract: Es ist eine Anordnung einer Frontklappe an einem Fahrzeug bekannt, die zum
normalen Öffnen über eine - in Fahrtrichtung betrachtet - hinten liegende
Scharniereinrichtung verschwenkbar ist. Im Fall einer Kollision mit einem
Fußgänger ist die Scharniereinrichtung verlagerbar und hebt hierbei die Frontklappe
in ihrem hinteren Bereich an.
Erfindungsgemäß weist die Scharniereinrichtung ( 2 ) ein Viergelenk mit einem
kurzen und einem langen Lenker ( 5  und  4 ) auf. Kerngedanke der Erfindung ist es,
dass ein karosserieseitiges Gelenk ( 7 ) des langen Lenkers ( 4 ) an einer
energiespeichernden Einrichtung ( 6 ) angelenkt ist. Am langen Lenker ( 4 ) ist
zwischen dem karosserieseitigen und frontklappenseitigen Gelenk ( 7  und  8 ) ein
Ende eines Verbindungslenkers ( 9 ) angelenkt, der mit seinem mittleren Bereich an
der Karosserie und dessen anderes Ende mit einem Zwischenlenker ( 11 ) gelenkig
verbunden ist. Der Zwischenlenker ( 11 ) wiederum ist mit seinem anderen Ende an
einem Koppellenker ( 12 ) angelenkt, der mit seinem anderen Ende am
karosserieseitigen Gelenk ( 13 ) des kurzen Lenkers ( 5 ) angelenkt ist, wobei der
Koppellenker ( 12 ) im mittleren Bereich an der Karosserie angelenkt ist.