baber/WOPTO huggingface dataset:
Patent DD-265043-A3 (DD)
Title: Vorrichtung zum abtrennen von schwergut aus stroemenden fluessigkeiten
Inventor: PARIS FRITZ
IPC: B03B5/56
Filed: 1987-05-11
Abstract: Die Erfindung betrifft eine Vorrichtung zum Abtrennen von Schwergut aus stroemenden Fluessigkeiten, vorzugsweise aus Rueben-Wassergemischen. Sie besteht aus einer waagerechten, auf einer Mittelwelle drehbar gelagerten und an beiden Stirnseiten offenen kreiszylindrischen Trommel, deren Unterteil in einem mit dem Gemisch durchstroemten Trog eintaucht. Am Innenumfang der Trommel sind Schneckenwendel angeordnet zwischen denen sich radiale, teilweise perforierte Bodenbleche mit einem gegenueber der Mittelwelle verschobenen Mittelpunkt befinden, wodurch spiralfoermig verlaufende Ringkanaele gebildet werden. Bei Rotation der Trommel werden die schweren Bestandteile mittels der Schneckenwendel den stirnseitigen Austragoeffnungen zugefuehrt, wobei die Feinanteile durch die Perforation in die Ringkanaele gelangen und die Grobanteile auf dem Bodenblech bis zur Austragoeffnung gefoerdert werden, wo sie von den leichteren Beimengungen getrennt werden und ebenfalls in den Ringkanal gelangen. Ueber ein Austragblech am Ende des Ringkanals werden sie bei der weiteren Drehbewegung ausgetragen.
Patent EP-0994071-A3 (EP)
Inventor: TAKADA KAZUNORI
IPC: C01B33/00
Filed: 1997-04-14
Abstract: A method for producing an electrochemically
advantageous lithium ion-conductive solid electrolyte with
high ionic conductivity, low electronic conduction and
electrochemical stability is disclosed. The method
comprises the steps of synthesizing lithium sulfide by
reacting lithium hydroxide with a gaseous sulfur source at
a temperature of not less than 130°C and not more than
445°C, thermally melting plural compounds containing at
least silicon sulfide and the synthesized lithium sulfide,
and cooling the molten mixture. The silicon sulfide is
synthesized by the steps of adding a silicon powder to
molten sulfur while stirring to disperse the silicon
powder in the molten sulfur and heating the silicon
powder-dispersed sulfur in a reaction chamber under
reduced pressure.
Patent EP-1032008-A3 (EP)
Inventor: HAYASHI TAKAHIRO
IPC: H04M1/02
Filed: 2000-01-26
Abstract: A portable terminal is in that a concave curved portion (10)
is formed on the surface of a cover of a portable phone (1) from
the lower end portion of a display portion (6) to a transmitter
portion (7). A cross direction input operation switch knob (4) is
provided projecting from the bottom of the concave curved
portion (10). The cross direction input operation switch knob (4) is
formed shorter than a depth of the concave curved portion (10) so
as not to come in contact with a flat surface of a desk even
when the portable phone (1) is downwardly placed on the desk.
Patent EP-1026923-A3 (EP)
Inventor: TANABE KOJI
IPC: H05B33/12
Filed: 2000-02-04
Abstract: A plurality of clear luminous colors are obtained without
having color interference by reflected light by other constituent
materials. The constitution includes a first light-permeable
electrode layer (6) formed at the back side of a transparent
substrate (5), a first luminous material layer (7) containing a first
luminous material, an intermediate light-permeable electrode
layer (8), a second luminous material layer (11) containing a second
luminous material, a back electrode (12), and at least two elements of
(i) a first color material contained in the first luminous material
layer (7), (ii) a second color material contained in the second
luminous material layer (11), and (iii) luminous color converting
layer (9) containing a third color material, disposed between the
first luminous material layer (7) and second luminous material
layer (11), and a color coat layer (14) containing a fourth color material,
disposed at the front surface side of the transparent substrate (5).
The color material closer to the back electrode (12) of the at least two
elements has the color of longer wavelength than the remoter
color material.
Patent EP-1054194-A3 (EP)
Inventor: TAKAHASHI TSUKASA
IPC: F16H61/08
Filed: 2000-05-05
Abstract: A control apparatus for a transmission that links an input
member for reception of rotative drive force to a gear element
of a planetary gear set including three gears, an output member
to another gear element of the same planetary gear set and a
rotary member to the other gear of the same planetary gear set,
wherein a brake 10 causes the rotary member and a stationary
member to be engaged with and disengaged from each other while
a clutch 30 causes the input member and the output member to
be engaged with and disengaged from each other, and that
comprises a first speed range wherein the brake 10 is engaged
while the clutch 30 is disengaged and a second speed range
wherein the clutch 30 is engaged; and wherein a gear change
predicting means 56 for predicting speed change between the
first speed range and the second speed range is involved and
brake control means 58 and 59 for control of the brake 10 cause
the brake 10 to be engaged before operation of the clutch 30
when the gear change predicting means 56 predicts a speed
change.
Patent EP-1065414-A3 (EP)
Inventor: YAMAMOTO YASUSHI
IPC: F16H61/14
Filed: 2000-06-28
Abstract: A vehicle driving device includes an engine (2) installed in a
vehicle, a fluid coupling (4) actuated by the engine, and a
friction clutch (8) disposed between the fluid coupling and a
transmission (10), the fluid coupling having a lock-up clutch (50).
Controlling means for controlling actuation of the lock-up
clutch controls the lock-up clutch so as to be engaged during
a gear change operation.
Patent EP-1070846-A3 (EP)
Inventor: HIDAKA SHIGEYUKI
IPC: B60H1/32
Filed: 2000-07-21
Abstract: A controller (X) normally supplies current the magnitude
of which corresponds to a required cooling performance of a
refrigeration circuit to a displacement control valve (31).
As a result the compressor displacement is adjusted in
accordance with the required cooling performance (usual
displacement control). When a vehicle is quickly accelerated,
the controller (X) temporarily eliminates the current value to
the control valve (31) to minimize the compressor displacement
(displacement limiting control). When the control is switched
from the displacement limiting control to the usual
displacement control, the controller (X) changes the current
value from zero to a target value, which corresponds to the
required cooling performance, taking a predetermined
restoration time (T). For an initial period of the
restoration period (T), the current value is set greater than
a corresponding value on a direct proportional line (H), which
represents a constant rate of change from zero to the target
value. As a result, the control is smoothly and quickly
switched from the displacement limiting control to the usual
displacement control.
Patent EP-1100053-A3 (EP)
Inventor: ROSEN SHALOM S
IPC: G06Q20/06
Filed: 1995-03-28
Abstract: A method for enabling secure communications among
processing devices first establishes a first
cryptographically secure session between a first
processing device and a second processing device. The
first processing device is remotely located from the
second processing device. A second cryptographically
secure session is established between a third processing
device and a fourth processing device which are also
remotely located for each other. The first processing
device communicates with the third processing device over
a first communications link and the second processing
device communicates with the fourth processing device over
a second communications link. A session key is generated
and stored in the first processing device. Session key
information is also stored in the second processing device
and is sent therefrom to the third processing device. The
session key information is then generated in the third
processing device at least in part from the received
session key information and is then stored in the third
processing device. A third cryptographically secure
session is established between the first processing device
and the third device using the session key.
Patent EP-1111867-A3 (EP)
Inventor: YOMO HIDEKUNI
IPC: H04H20/00
Filed: 2000-12-20
Abstract: During the initial acquisition until the
synchronization is acquired, a timing of a Null signal is
detected using tap coefficients providing a filter with
a sufficiently narrowband that suppresses adjacent
channel power stored in tap coefficient group storage
section 30, serial/parallel conversion sections 25 and 25'
perform serial/parallel conversion on a received signal,
FFT section 26 performs FFT on the resultant signals, a
frequency offset amount is estimated from a result on FFT
to perform frequency control, and when it is determined
that the initial acquisition is completed, tap coefficient
switching section 29 switches the tap coefficients to
another tap coefficients to pass a signal with a band for
general demodulation stored in tap coefficient group
storage section 31.
Patent EP-1024388-A3 (EP)
Inventor: HOPPE MICHAEL
IPC: G02B27/02
Filed: 2000-01-28
Abstract: A compact, lightweight, multi-wavelength display system which can be
used as a collimating eyepiece is provided. The system utilizes a polarization selective
optical element (101), or PS element, that reflects one linear polarization state while
transmitting radiation of the orthogonal linear polarization state. The PS element is used
in combination with a quarter wave plate (103) and an optical element (107), the optical element
including a partially reflective surface (113). The optical element may either be a single
element or an optical doublet. In the latter configuration, the partially reflective surface is
at the interface between the two singlets that comprise the doublet. The system also
includes an image source that either alone, or in combination with other optical elements,
produces circularly polarized light of the desired rotary sense.
Patent EP-1030472-A3 (EP)
Inventor: EGGLETON BENJAMIN JOHN
IPC: H04B10/18
Filed: 2000-02-09
Abstract: In accordance with the invention, an optical communication system is provided with one
or more automatic dispersion compensation modules. Each module has an adjustable dispersion
element, a data integrity monitor and a feedback network whereby the monitor adjusts the
dispersion element to optimize system performance. In a preferred embodiment the dispersion
compensating modules comprise chirped fiber Bragg gratings in which the chirp is induced in the
grating by passing a current along distributed thin film heaters deposited along the length of the
fiber. The magnitude of the applied current determines the dispersion of the grating. A data
integrity monitor is configured to sense the integrity of transmitted data and to provide electrical
feedback for controlling the current applied to the grating.
Patent EP-1173005-A3 (EP)
Inventor: SHAN JIZHANG
IPC: H04N1/64
Filed: 2000-12-13
Abstract: A method includes receiving color image data arranged in a non-square color image pattern, such as RGB raw data in a Bayer pattern. G-plane color image data of the non-square color image pattern is mapped to a substantially square color image pattern. Compression and decompression of the G-plane color image data of the substantially square color image pattern is performed. After decompression, the decompressed G-plane color image data is remapped into another G-plane color image pattern that is substantially the same as the original non-square G-plane color image pattern. Interpolation from an RGB space to another color space, such as a YCbCr space, can be subsequently performed, along with or in addition to image enhancement processing. <IMAGE>
Patent EP-1033171-A3 (EP)
Inventor: AIGNER HEINZ
IPC: B03C3/12
Filed: 2000-03-01
Abstract: An electrostatic filter, comprising an inlet ionizer with flexible electrodes (7, 8) and an outlet collector (5) with an earthed filter mat (16), is new.  An electrostatic filter has a filter cell with an inlet-side ionizer and an outlet-side collector, the ionizer being fitted in a frame and having electrodes extending across the flow cross-section. The electrodes (7, 8) are fixed at one end in the frame (6) and can flex at the other end and the collector (5) comprises an earthed filter mat (16) of wire wool or the like covering the flow cross-section.
Patent EP-1127696-A3 (EP)
Inventor: OWAKI HIROSHIGE
IPC: B41J2/045
Filed: 2001-02-28
Abstract: Ink flow paths are formed that corresponds in number to the ink chambers of a mounted ink cartridge, to supply ink from the ink chambers to a recording head. These ink flow paths are constituted by first communication paths (59, 60), which communicate with the ink outlets of corresponding ink chambers, second communication paths (61, 67), which communicate with the corresponding ink inlets of the recording head, and convergent flow paths (65), which connect the first and the second communication paths and converge as they approach the recording head. Filters (56) are located in the second communication paths. <IMAGE>
Patent EP-1138732-A3 (EP)
Inventor: KANAMORI TAROU
IPC: C08J7/046
Filed: 2001-03-30
Abstract: A coating composition excellent in storage stability,
excellent in coating appearance, adhesion and weather resistance,
high in hardness, having ultraviolet absorbing ability, and
capable of preventing deterioration of a ground or a substrate,
which comprises (A) a polymer containing (a1) a silyl group having
a silicon atom bound to a hydrolytic group and/or a hydroxyl group,
(a2) a group having ultraviolet absorbing ability and (a3) a group
having ultraviolet stability in the same polymer chain, and
further optionally comprises (B) at least one component selected
from the group consisting of an organosilane represented by
(R 1 ) n Si (OR 2 ) 4-n , a hydrolyzate of the organosilane and a condensate
of the organosilane; and a cured product thereof.
Patent EP-1148545-A3 (EP)
Inventor: SCHNABEL RAINER FLORIAN
IPC: H01L21/8242
Filed: 2001-04-19
Abstract: A dynamic random access memory (DRAM) formed in a silicon chip that includes a support area in which support circuitry of the memory includes a single electrical contact through two dielectric layers to a conductive layer of a gate stack of a field effect support transistor that has a capping layer through which the electrical contact passes to the gate. The DRAM also includes a memory area containing an array of memory cells each include a field effect transistor. Drain regions of the transistors of the memory cells and drain and source regions of field effect transistors of the support transistors have first electrical contacts thereto through the first dielectric layer and have second electrical contacts which pass through the second dielectric layer and electrical contact to the first electrical contacts. Forming of the second electrical contacts concurrently with the single electrical contact to the gate of the support transistor saves a processing step over prior art processes.
Patent EP-1167151-A3 (EP)
Inventor: HIGASHIMURA HIDEAKI
IPC: B60W10/18
Filed: 2001-06-25
Abstract: Improving operating feelings and energy saving are
aimed for a brake system of the type in which a
predetermined differential pressure is produced between a
master cylinder (1) and wheel cylinders (3) by a hydraulic
pressure limit/changeover means during regenerative
braking, and at the end of regenerative braking, the
differential pressure is cancelled by increasing the
pressure in the wheel cylinders (3) with fluid sucked up from
a reservoir (11) for pressure increase by an electric pump (14). A
reservoir (11) for pressure increase, which is also used as a
stroke simulator, is provided on the master cylinder (1) side
of the hydraulic pressure limit/changeover means, an on-off
valve (7) and a check valve (6) are provided parallel to each
other on the inlet side (10) of the reservoir (11) for pressure
increase, so that the split point hydraulic pressure and
the pressure-reducing ratio of a proportional pressure-reducing
valve for supplying brake fluid toward the wheel
cylinders during the initial period of braking can be
brought unlimitedly close to zero.
Patent EP-1190887-A3 (EP)
Inventor: KOBAYASHI TOSHIO
IPC: B60W30/18
Filed: 2001-09-18
Abstract: An automatic transmission system for a vehicle having a plurality of drive gears mounted on an input shaft, a plurality of driven gears mounted on an output shaft and meshing with the drive gears, a torque converter disposed between a crankshaft of an engine and the input shaft, synchromesh mechanisms for synchronously engaging the drive gears with the driven gears and a shift controller for automatically actuating the synchromesh mechanisms so as to obtain a required gear ratio, includes a lock-up clutch incorporated in the torque converter for connecting a turbine shaft of the torque converter with the crankshaft, an electronically controlled throttle valve for automatically operating to reduce a rotation speed of the crank shaft when the gear is shifted, a bypass clutch for transmitting torque from the input shaft to the output shaft when the gear is shifted while the electronically controlled throttle valve operates to reduce a rotation speed of the crankshaft, an input clutch provided between an output element of the torque converter and the input shaft for selectively controlling a torque transmission from the crankshaft to the input shaft when the gear is shifted, and a brake mechanism provided on an impeller shell of the torque converter for additionally reducing a rotational speed of the crankshaft while the electronically controlled throttle valve operates to reduce a rotational speed of the crankshaft.
Patent EP-1195660-A3 (EP)
Inventor: MORGANTI TERRY N
IPC: G03G15/20
Filed: 2001-09-27
Abstract: Fuser-Abschnitt (20) für ein elektrofotografisches Gerät (10), welcher ein oberes flaches
Abstreifelement (26) umfasst, das ohne Beschädigung der Anpresswalze (22) schnell eingebaut
und ausgebaut werden kann. Das flache Abstreifelement (26) trägt eine Vielzahl von Abstreifern
(33), die während des Gerätebetriebs ein Blatt Papier von der Anpresswalze (22) streifen. Zum
Einbauen des flachen Abstreifelements (26) werden Führungsöffnungen in dem Abstreifelement
auf Aufnahmestiften (55) positioniert, die an Lastarmen (23) angebracht sind, welche ihrerseits
die Anpresswalze (22) tragen. Das Abstreifelement (26) wird auf den Stiften (55) vorwärts
bewegt und wird durch ein Paar drehbarer Sperrklinken (36) auf dem Abstreifelement (26)
arretiert, welche mit Feststellflächen auf den Lastarmen (23) zusammenarbeiten. Zum Ausbauen
des flachen Abstreifelements (26) wird dieses Verfahren umgekehrt.
Patent EP-1197324-A3 (EP)
Inventor: HENKENS CONRAD
IPC: C09J123/10
Filed: 2001-10-09
Abstract: Producing a compound foil primarily, involves application of a solution or dispersion of a derivative of the plastic material of one of the constituent foils to another which, in particular, is made of aluminum. After complete evaporation of the liquid of this solution or dispersion, the aluminum foil thus coated is joined to the plastic foil by use of pressure and heat.
Patent EP-1147914-A3 (EP)
Inventor: SIMPSON WILLIAM HENRY
IPC: B41M5/382
Filed: 2001-04-09
Abstract: A dye-donor element for thermal dye transfer comprising a support
having thereon at least one dye layer area comprising an image dye in a binder
and another area comprising a transferable protection layer, the transferable
protection layer area being approximately equal in size to the dye layer area,
wherein the transferable protection layer contains inorganic particles, a polymeric
binder and unexpanded synthetic thermoplastic polymeric microspheres, the
microspheres having a particle size in the unexpanded condition of from 5 to 20
µm, and which expand to 20 to 120 µm upon application of heat during transfer of
the protection layer to an image-receiving layer to provide a matte surface
thereon, the transferable protection layer being less than 1 µm thick.
Patent EP-1186375-A3 (EP)
Title: Greifer mit vier radial nach aussen bewegbaren Greifbacken
Inventor: OSTHOLT RUEDIGER
IPC: F16B1/02
Filed: 2001-09-03
Abstract: Die Erfindung betrifft einen Greifer mit vier radial bewegbaren Greifbacken für mit einer
Tragöffnung versehene Lasten, mit einem Rahmen, in dem die Greifbacken in vier
radial nach außen verlaufende Schächten beweglich geführt sind, mit einem mittig
zwischen Längsträgern des Rahmens parallel zu diesen angeordneten Dorn, der sich
innerhalb des Rahmens zumindest über einen Teil seiner Länge nach unten konisch
verjüngt und mittels einer Kolben-Zylindereinheit längsverschiebbar ist, wobei die
Greifbacken jeweils radial kraftbeaufschlagt von einer Rückstellfeder am Dorn anliegen
und wobei die Anlageflächen der Greifbacken zumindest im Anlagebereich
komplementär zur Mantelfläche des Dorns ausgebildet sind und jede Greifbacke (13)
aus einem plattenförmigen Mittelelement (18) und mindestens zwei parallelen, an
diesem seitlich angeordneten plattenförmigen Seitenelementen (19) gebildet ist, die
jeweils eine zur Außenseite der Greifbacke (13) weisende Vertiefung (21) aufweisen,
deren Querschnitt jeweils mit Blickrichtung auf die Seitenfläche des Seitenelements
(19) vorzugsweise ein gleichschenkliges Dreieck ist.
Patent EP-1150324-A3 (EP)
Inventor: INOUE HIROKAZU
IPC: H01J11/46
Filed: 2001-04-10
Abstract: A low-cost display driver module is disclosed that shortens the
process for connecting an integrated circuit chip (12) and a wiring
pattern on a flexible wiring (11) and uses a metal chassis (21) on
a display panel as a radiator. In this display driver module,
an integrated circuit chip (12) with bump electrodes (18) on it is joined
with pressure applied by the use of an anisotropic conductive
film (19), an anisotropic conductive paste, a non-conductive resin
paste, or a non-conductive resin film and the back of the
integrated circuit chip is adhered to a metal chassis on a display
panel by the use of an integrated-circuit chip adhesive (20). As
a result, the metal chassis can be used as a radiator for the
integrated circuit chip. Batch bonding will enable to shorten
time for the connection process and to cut down the cost of
installations. Furthermore, a radiator is unnecessary,
resulting in a low-cost display driver module.
Patent EP-1172145-A3 (EP)
Inventor: SATO SHIN
IPC: C02F1/46
Filed: 2001-07-12
Abstract: Feed water, fed through an inlet 6 into a desalting compartment 8, flows
around the end 4a of a anion-exchange membrane 4 surrounding an anode 2a.
The feed water enters into a portion defined between the anion-exchange
membrane 4 and a cation-exchange membrane 5, and flows around the end 5a of
the cation-exchange membrane 5 surrounding a cathode 3a. Then, the water to be
treated further flows around the ends 4b, 5b of ion-exchange membranes 4, 5
surrounding an anode 2b and a cathode 3b, respectively, and then flows out
through a product water outlet 7. A part of product water is supplied to the
concentrated water circulating within the concentrating compartment 30, 40. A
part of the concentrated water flowing out of the concentrating compartment 30,
40 is added to concentrated water circulating within the concentrating
compartment 10, 20. The diffusion of silica from the concentrating compartment
is restricted. As a result, final product water containing extremely low silica
concentration is obtained.