baber/WOPTO huggingface dataset:
Patent DE-10303588-B3 (DE)
Title: Verfahren zur vertikalen Montage von Halbleiterbauelementen
Inventor: HUEBNER HOLGER
IPC: H01L21/60
Filed: 2003-01-29
Granted: 2004-08-26
Abstract: Bei der Flip-Chip-Montage werden die Oberseiten von Halbleiterchips (4), die mit weiteren Anschlusskontakten (5) auf den Anschlusskontakten (3) der in einem Wafer (1) hergestellten Bauelemente (2) angebracht werden sollen, mit einer flüssigen Schicht (6) eines Heftstoffs versehen, der beim Aufbringen der Halbleiterchips (4) auf den Wafer (1) erstarrt und so die Halbleiterchips fixiert. Die Anordnung kann in einem Vakuumofen bei erhöhter Temperatur verlötet werden, bei der der Heftstoff abdampft. Die Halbleiterchips (4) können dabei auf den Wafer gepresst werden.
Patent DE-10307858-B3 (DE)
Title: Transportable bridge structure has end sections compensating length differences between modular longitudinal supports and suspension arcs
Inventor: FUESSINGER REINHOLD
IPC: E01D15/133
Filed: 2003-02-25
Granted: 2004-06-09
Abstract: The bridge structure has 2 longitudinal supports (S), each divided into a number of identical modules (SM) and spanned by a suspension arc (B), similarly divided into corresponding identical modules (BM), with end sections (SK,BK) at the ends of the longitudinal supports and the suspension arcs allowing compensation of the length differences between them for different bridge spans.
Patent DE-10339441-B3 (DE)
Title: Röhrenschmelzsicherungsbauelement mit Endkappen mit hermetisch abdichtender Kunststoffdichtungskörpereinlage
Inventor: RICHTER LUTGER
IPC: H01H85/00
Filed: 2003-08-25
Granted: 2005-06-23
Abstract: Ein Schmelzsicherungsbauelement (1) weist einen Schmelzleiter (2) auf, der sich in einem gasgefüllten Innenraum (3) eines zylindrischen Röhrchens (4) zwischen zwei Stirnseiten (8) erstreckt. Zwei Endkappen (5) aus einem elektrisch leitenden Material sind derart auf die Enden des Röhrchens (4) aufgebracht, daß ein elektrischer Kontakt zu dem Schmelzleiter (2) hergestellt ist. An wenigstens einem der beiden Enden des Röhrchens (4) ist in einem Zwischenraum zwischen dem Endkappenboden und der Stirnseite (8) des Röhrchens (4) und in einem an den Kappenboden angrenzenden Teil des Innenraums (3) ein Dichtungskörper aus einem überwiegend elastisch kompressiblen aber zugleich kriechfähigen Kunststoffmaterial eingebracht. Der Dichtungskörper (7) ist beim Aufsetzen der Endkappe (5) während der Herstellung des Schmelzsicherungsbauelements (1) zwischen der Stirnseite (8) und dem Kappenboden zusammengedrückt worden. Der zusammengedrückte Dichtungskörper (7) ist bestrebt, wieder zu expandieren, wobei er sich vor allem in den Innenraum (3) hinein ausdehnt. Findet kurz nach dessen Einbringen während des Herstellungsverfahrens aufgrund einer Temperaturerhöhung ein plötzlicher Druckanstieg im Innenraum statt, so kann der Fall eintreten, daß sich dieser Überdruck über einen vorübergehend gebildeten Kanal zwischen dem Röhrchen, dem Dichtungskörper und der Endkappe hindurch in die äußere Umgebung ausgleicht. Anschließend wird der gebildete Kanal aufgrund der Kriechfähigkeit des ...
Patent DE-10346361-B3 (DE)
Title: Terminal rail device for electrical LV switch, has at least one terminal rail provided with localized reduction in its cross-section for compression of current lines
Inventor: KRUSCHKE MICHAEL
IPC: H01H9/40
Filed: 2003-09-30
Granted: 2005-02-03
Abstract: The terminal rail device has a line of terminal rails (20), at least one of which has a localized reduction in its cross-sectional surface, for localized compression of the current lines in the terminal rail line direction (29), the end faces (21) of the terminal rails extending parallel to this direction, at least one of the terminal rails having a slot (27) projecting inwards parallel to its end face. An independent claim for an electrical switch is also included.
Patent DE-10361838-B3 (DE)
Title: Assessing real object similarities involves generating supporting point vector sets with parameterized object data, transforming according to base functions to determine complex coefficients, grouping into characteristic vector components
Inventor: PRODOEHL CARSTEN
IPC: G06K9/48
Filed: 2003-12-30
Granted: 2005-05-25
Abstract: The method involves assessing the similarities of characteristic vectors describing real objects by generating sets of supporting point vectors containing parameterized data for objects to be compared, transforming in accordance with base functions to determine complex coefficients of the base functions and grouping the coefficients to form components of characteristic vectors, determining similarities of base vectors, repeating for selectable supporting points and assessing contour similarity in accordance with a selectable threshold value.
Patent ES-2019274-B3 (ES)
Inventor: POWERS RICHARD G
IPC: B02C18/30
Filed: 1986-10-04
Granted: 1991-06-16
Abstract: A jet-knife assembly for meats or like products is provided which assures even, predict­able grinding with a minimum of objectionable fines or agglomerated strings, so as to yield final products of consistent dimensions and characteris­tics. The overall assembly preferably includes a plate presenting only a single set of circularly arrayed apertures therethrough, together with a cooperating, multiple-blade, rotating knife adja­cent the plate; the knife blades each have elon­gated fluid-conveying channels along the operating faces thereof, which are sized relative to the plate apertures so that the cross-sectional area of the channel is always greater than the total plate open area in communication with the channel during blade rotation. Pressurized steam or air is di­rected to the blade channels during operations, so that as the knife rotates and blade channels come into communication with the plate apertures, prod­uct is expelled or "popped" out of the plate aper­tures. Provision of non-bridging blade channels assures substantially constant pressure conditions at each plate aperture to yield the most consistent final products.
Patent ES-2014020-B3 (ES)
Inventor: ROMIJN JOHANNES GERARDUS
IPC: F25B43/04
Filed: 1987-08-10
Granted: 1990-06-16
Abstract: Method and apparatus of discharging non-condensable gases from the circuit of a compression refrigeration machine, wherein a part of the circuit (4) through which there is no flow is indirectly cooled by a smaller secondary refrigeration machine (7, 8, 9, 10, V2) in order to condense the condensable refrigerant vapour in that part (4) and thus to lower the content of non-condensable gases to be discharged in that part (4), whereby the value of the suction pressure (Pc) of the refrigerant circuit of the secondary refrigerating machine (7, 8, 9,10, V2) is used for automatically starting and stopping the discharge of non-condensable gases.
Patent HR-PK20140092-B3 (HR)
Inventor: TROSKOT ZORAN
IPC: A61H3/00
Filed: 2014-01-31
Abstract: Izum koji se odnosi na kadu sa zasebnim dijelom ispunjenim orgonitom, koja se sastoji od kućišta (1) koje ima stepenice (2) i rukohvat (3) s obzirom na samu visinu kade radi lakšeg pristupa korisnika. Kućište kade se sastoji od dva dijela. U gornjem dijelu kućišta (4) prostor je koji ispunjava topla voda (6) i korisnik (7) dok se u donjem dijelu nalazi prostor za orgonit (8) od željeza, bronce, aluminija, mesinga, bakra, kvarca i epoksi smole. Radi navedenog dva dijela kućišta (4) i (5), razlike visine poda (9) i stakla (10) "a" koje pokriva orgonit (8) cijela je konstrukcija viša od klasičnih kada. U prostoru za korisnika (7) nalaze se mlaznice za regulaciju tople vode (12) i podvodni zvučnik za opuštanje (11), dok za temperaturu vode (6) brine grijač (13). Kada je osvijetljena svijetlom širokog spektra. Za konstrukciju kade je važno da je kućište od betona (15) s unutrašnje strane obloženo pločama mramora verde guatemala (14), a orgonit (8) je pokriven staklom (10) na kojem leži korisnik (7) prilikom upotrebe kade.
Patent DE-102004017741-B3 (DE)
Title: Adjusting device for a tracking system of a parabolic groove collector comprises sensor screens producing a receiver signal and a unit for measuring the strength of the receiver signal
Inventor: EICKHOFF MARTIN
IPC: F24S23/74
Filed: 2004-04-10
Granted: 2005-09-01
Abstract: Adjusting device comprises sensor screens (25) producing a receiver signal corresponding to the solar radiation mounted on the side of absorber segments (14) facing away from a parabolic mirror (11), and a unit for measuring the strength of the receiver signal. Preferred Features: The sensor screens consist of several sensor modules arranged in parallel. The sensor screens have a concave shape partially surrounding the absorber segments.
Patent DE-102004021345-B3 (DE)
Inventor: WALDMANN GERHARD
IPC: F21V15/01
Filed: 2004-04-30
Granted: 2005-12-08
Abstract: A coupling part (40) is solidly connected to an inner cover (80), while a plug part (30) is solidly connected to a lamp support (11). The contacts between the coupling and plug parts run in the axial direction of a light tube (10) and are positioned in a collinear fashion such that the coupling and plug parts can be connected and disconnected by rotating an adjusting ring (70). The coupling part locks in rotationally secure but detachable fashion with the inner cover part through a coupling part holder (50), while the plug part locks in rotationally secure but detachable fashion with the lamp support via a plug part holder (20). The locking collar (51) of the coupling part holder projects into the inner cover part, with the radially-elastic locking tabs (52) of the coupling part holder engages with the corresponding click-in holes (82) in the inner cover. The adjusting ring is connected in axially solid fashion to but can rotate relative to an outer cover (60). The adjusting ring has an inner ring (74) rotatably mounted within the outer cover, with the outer cover having projections (64) which projects radially inwards to engage the circular groove in the adjusting ring.
Patent DE-102004040717-B3 (DE)
Title: Preparation of a dry product of plant shoots and/or seedling, useful as food, comprises drying and milling a mixture of plant shoots and/or seedling; pelletizing; drying the pellets over fluidized bed; and classifying the dried pellets
Inventor: LUECKE LOTHAR
IPC: A23B7/02
Filed: 2004-08-23
Granted: 2006-04-13
Abstract: Preparation of a dry product (I) of plant shoots and/or seedling comprises drying and milling a mixture of plant shoots and/or seedling, where the mixture contains 20-80% of water content; pelletizing the mixture; gradual drying of the pellets over fluidized bed equipment in oxygen-reduced air or oxygen-poor gas with a fluidization gas-/drying gas velocity of 1-5 m/s and inlet gas moist of 0-5% and classifying the dried pellets. Preparation of a dry product (I) of plant shoots and/or seedling comprises drying and milling a mixture of plant shoots and/or seedling, where the mixture contains 20-80% of water content; pelletizing the mixture; and gradual drying of the pellets over fluidized bed equipment in oxygen-reduced air or oxygen-poor gas with a fluidization gas-/drying gas velocity of 1-5 m/s and inlet gas moist of 0-5% of relative humidity (where in a first stage, the temperature of the pellets at the beginning lies between -5 to 40[deg]C and at the end of the first stage lies between 0-70[deg]C and the inlet temperature of the fluidization /drying gas lies at 20-100[deg]C and the conditions of the fluidized bed is maintained for 5-20 minutes; in a second stage, the temperature of the pellets at the end lies at 0-50[deg]C and the inlet temperature of the fluidization -/drying gas lies at 0-40[deg]C and the conditions of the fluidized bed is maintained for 5-40 minutes; in a third stage, the temperature of the pellets at the end lies at 5-80[deg]C and the inlet temperature of the fluidizations-/drying gas lies at 20-80[deg]C and the conditions of the fluidized bed is maintained for 5-20 minutes; and in a fourth stage, the temperature of the pellets at the end lies between -5 to 25[deg]C and the inlet temperature of the fluidizations-/drying gas lies between -5 to 20[deg]C and the conditions of the fluidized bed is maintained for 5-30 minutes) and classifying the dried pellets, where separation takes place with a smaller size particle of lower than 1 mm and larger size particle of greater than 5 mm.
Patent DE-102004047899-B3 (DE)
Title: Kolben-Zylinder-Aggregat
Inventor: BECK HUBERT
IPC: F16F9/32
Filed: 2004-10-01
Granted: 2006-04-13
Abstract: Kolben-Zylinder-Aggregat mit einem Arbeitskolben, der an einer Kolbenstange befestigt ist und einen Arbeitszylinder in zwei Arbeitsräume unterteilt, wobei ein zum Teil mit Dämpfungsmittel gefüllter Außenbehälter außerhalb des Kolben-Zylinder-Aggregates angeordnet ist, der über eine Rohrverbindung mit einem der Arbeitsräume verbunden ist, wobei das Kolben-Zylinder-Aggregat zum Anschluss der Rohrverbindung mit einer Stufenbohrung versehen ist, in deren größerer Bohrung eine Dichtung angeordnet ist und durch die Rohrverbindung fixiert ist.
Patent DE-102005006796-B3 (DE)
Inventor: HOPPE MICHAEL
IPC: B27N3/08
Filed: 2005-02-14
Granted: 2006-09-07
Abstract: On production of insulation sheets, care must be taken to ensure the velocity of the processing gas remains low, as otherwise mixing within the still unhardened fibres or thickness differences can occur. The devices must be correspondingly large. According to the invention, said disadvantage is overcome, whereby the shaping of the fibres occurs in two stages (7, 8), each stage (7, 8) comprising gauging and fixing and the upper surface of the partly fixed fibres are smoothed between stages (7, 8).
Patent DE-102005008779-B3 (DE)
Title: Gewindeelement
Inventor: MAIR ROLAND
IPC: F16B39/30
Filed: 2005-02-25
Granted: 2006-11-23
Abstract: Ein Gewindeelement (1) mit mindestens zwei das Gewinde (2) kreuzenden Nuten (3), Kerben, Rillen o. dgl. Die Nuten (3), Rillen o. dgl. weisen gegenüber dem Gewinde (2) eine Form auf, die beim Kreuzen des Gewindes (2) eine scharfe, einhakende Kante an den Gewindeflanken (4) als Rückdrehsicherung bildet, und besitzen insbesondere maximal die 25-fache Steigung (P), mit gleicher Drehrichtung.
Patent DE-102005032275-B3 (DE)
Title: Method of correcting impact zone artifacts using an x=ray detector involving correcting gray values with an algorithm using a minimum correction width
Inventor: SPAHN MARTIN
IPC: H04N5/217
Filed: 2005-07-11
Granted: 2006-10-12
Abstract: The method involves measuring a first Grey value with a correction length parallel to the line of impact and a correction width extending from the line of impact to the inside of the detector module and measuring a second Gray value in a measurement field opposite the first. The gray values are corrected using an algorithm so that there is a continuous transition between them. A minimum correction width is determined for each field based on a difference between the Grey values and the Grey values are corrected using this minimum width.
Patent DE-102006008189-B3 (DE)
Title: Finishing of press tools, e.g. tools for producing deep-drawn automobile bodywork parts, comprises using a fluorescent marker paint
Inventor: KERSCHNER MATTHIAS
IPC: C09D5/22
Filed: 2006-02-22
Granted: 2007-04-26
Abstract: Finishing of press tools comprises using a fluorescent marker paint.
Patent DE-102006019705-B3 (DE)
Title: Time-discrete measurands processing method for use in gas sensor arrangement, involves filtering two measurands for producing time-discrete output values that are recordable in their time response by exponential function
Inventor: FRODL ROBERT
IPC: G01D3/02
Filed: 2006-04-27
Granted: 2007-06-14
Abstract: The method involves filtering two measurands for producing time-discrete output values that are recordable in their time response by an exponential function, where the exponential function has a time constant that is different from another time constant. The output values are outputted, where the filtering of the measurands includes the calculation of the sum of one measurand and a weighted difference between the two measurands. The output values are formed by the sum of the measurands and the weighted difference. An independent claim is also included for a filter for a sensor system.
Patent DE-102007027293-B3 (DE)
Title: Procedure for introducing non-rigid filaments in an injection mold or foaming tool for manufacturing vehicle seats, comprises arranging the filaments on a delivery device and introducing the delivery device to the tool
Inventor: MECKELMANN GUENTER
IPC: B29C44/12
Filed: 2007-06-11
Granted: 2008-11-27
Abstract: The procedure for introducing non-rigid filaments (6) in an injection mold or foaming tool for manufacturing vehicle seats, comprises arranging the filaments on a delivery device (1), introducing the delivery device to the tool, and stripping the filaments through laying bodies (2) by relative movement between the delivery device and the laying body so that the filament is fixed with a fixing element according to a given position image at the inner side of the tool. The filaments arrive in the tool along the given position image segmentally around the laying bodies at the inside of the tool. The procedure for introducing non-rigid filaments (6) in an injection mold or foaming tool for manufacturing vehicle seats, comprises arranging the filaments on a delivery device (1), introducing the delivery device to the tool, and stripping the filaments through laying bodies (2) by relative movement between the delivery device and the laying body so that the filament is fixed with a fixing element according to a given position image at the inner side of the tool. The filaments arrive in the tool along the given position image segmentally around the laying bodies at the inside of the tool to plant. Under the filament, a stripping unit (4) is arranged that is movable relative to the laying body. The stripping device has a three dimensional curved form. The filament arrives during transferring around the laying body and/or during stripping of the laying body at the stripping unit to the plant so that the stripping unit transmits its three dimensional curved form to the position image of the filament. The fixing unit has a magnet element so that the filament is fixed by the effect of the magnet power generated by the magnet element in the tool, an adhesive element so that the filament is fixed by the effect of the adhesive power generated by the adhesive element in the tool, or a mechanical fastening element so that the filament is fixed by the effect of the power mechanically generated by the fastening element in the tool. The filament is produced from a magnetizable copper alloy and is encapsulated in accordance with the given position image arranged in the mold cavity with plastic or foamed in accordance with the position image arranged in the mold cavity in a foam body. The mold cavity of the foaming tool is foamed for the production of cushion element with flexible foam. The filament is formed in the type of a hot wire. The filament is a component of a seat heater and is foamed on a foam body. An independent claim is included for a delivery device for introducing non-rigid filaments in an injection mold or foaming tool.
Patent DE-102007036732-B3 (DE)
Title: Befestigungsclip
Inventor: ENDRES MARKUS
IPC: F16B5/12
Filed: 2007-08-03
Granted: 2009-02-05
Abstract: Ein Befestigungsclip (1) für die Befestigung eines Dichtungsprofils an einem Karosserieteil eines Fahrzeugs mit einem eine Ausnehmung an dem Karosserieteil bedeckenden Kopfteil (2), das über einen axialen Schaft (4) mit einem die Ausnehmung rastend hintergreifenden Halteteil (5) verbunden ist, weist eine an dem Kopfteil (2) angeordnete, der Ausnehmung zugewandte, den Schaft (4) umgebende ringförmige Dichtung (8) auf, dessen Querschnittsfläche (9) derart asymmetrisch ausgestaltet ist, dass sich die ringförmige Dichtung (8) bei einem axialen Anpressdruck im Wesentlichen in Richtung des Schafts (4) verformt. Die Querschnittsfläche (9) weist eine innere Begrenzungslinie und eine äußere Begrenzungslinie auf, wobei die äußere Begrenzungslinie entweder gradlinig oder zumindest abschnittsweise gekrümmt auf den Schaft (4) zu verläuft. Die innere Begrenzungslinie verläuft im Wesentlichen in axialer Richtung oder ist konkav gekrümmt.
Patent DE-102007037227-B3 (DE)
Title: Anschlaglineal mit Niederhalter für Tischkreissägen
Inventor: AIGNER GEORG
IPC: B27B5/29
Filed: 2007-08-07
Granted: 2009-01-02
Abstract: Das Anschlaglineal (10) für Tischkreissägen besteht aus einem sich in Längsrichtung erstreckenden Profilhohlkörper (14) von im Wesentlichen rechteckigem Querschnitt, an dem Mittel (20, 20') zu seiner Befestigung auf einem Maschinentisch (12) ausgebildet sind und von dem eine Seite als Führungsschenkel (22) mit komplanar abstehender Verlängerung (24) ausgebildet ist, die an ihrer Vorderkante ein Führungslineal (26) für niedrige Werkstücke aufweist, das in der liegenden Position des Anschlaglineals (10), in der der Führungsschenkel (26) auf dem Maschinentisch (12) aufliegt, rechtwinklig von diesem nach oben absteht. Die seitlich abstehende Verlängerung (24) hat eine in der liegenden Position des Anschlaglineals (10) waagrechte Auflagefläche (38), auf der ein vertikal verstellbarer Niederhalter (36) für niedrige Werkstücke befestigt ist.
Patent DE-102007043965-B3 (DE)
Title: Fußstütze für einen Sicherheitssitz
Inventor: HABERECHT ANDRE
IPC: B60N2/42
Filed: 2007-09-14
Granted: 2009-02-12
Abstract: Fußstütze (12) für einen in Land-, Luft- und Seefahrzeugen einsetzbaren Sicherheitssitz (10), wobei die Fußstütze (12) vom Boden (14) des Fahrzeuges entkoppelt ist und einen vom Boden (14) des Fahrzeuges beabstandeten und an fahrzeugseitigen Aufhängungen (17, 18) befestigten Rahmen (15) aus einem flexiblen Material aufweist, an welchem wenigstens eine Auflagerfläche (16) für die Füße eines auf dem Sicherheitssitz (10) sitzenden Insassen gehaltert ist.
Patent DE-102008014800-B3 (DE)
Title: Verfahren und Vorrichtung zur Herstellung eines dispersionsgehärteten Gegenstandes, der Carbid-Nanopartikel enthält
Inventor: KENNEDY MARCUS
IPC: C01B32/949
Filed: 2008-03-18
Granted: 2009-08-20
Abstract: Ein Verfahren zur Herstellung eines dispersionsgehärteten Gegenstandes, der Carbid-Nanopartikel enthält, umfasst das Herstellen eines Gegenstandes mittels eines thermischen Spritzverfahrens, wobei dem Gasstrom hinter der Brennkammer mit Hilfe eines Trägergases mindestens ein Precursor zugeführt wird, der im Gasstrom zu einem Carbid reagiert oder Carbidnanopartikel über einen externen thermisch beanspruchten Nanopartikelgenerator zugeführt werden. Es erlaubt die Herstellung eines dispersionsgehärteten Gegenstandes, wie beispielsweise einem Bauteil für eine Verbrennungskraftmaschine, etwa einem Kolbenring. Das Verfahren wird mittels einer thermischen Spritzvorrichtung durchgeführt, die hinter der Brennkammer neben mindestens einer Leitung zur Zuführung eines thermischen Spritzpulvers weiterhin mindestens eine Leitung zur Zuführung eines Precursors mittels eines Trägergases umfasst.
Patent DE-102008015887-B3 (DE)
Title: Folding-and flanging tool for turning-over and/or widening of mudguard-wheel arch edge of motor vehicle, has clamping jaws with cutouts staying in operative connection with bolts for limiting pivotable area of holder
Inventor: ROEPKE THOMAS
IPC: B21D19/02
Filed: 2008-03-26
Granted: 2009-07-30
Abstract: The tool (2) has a flanging roller (46) connected with an annular fastening flange (4) by a telescopic-pipe arrangement (10). The roller is supported in a bifurcated holder (44) arranged at an end of the arrangement. Clamping jaws (40, 40') have cutouts (100, 100'), which stay in operative connection with bolts (103) arranged in the holder, to limit a pivotable area of the holder. U-spaces (104, 104') enclosed by U-arms (102, 102') form a free space for a caliper unit in a radial pivoting region of the flange. Ball bearings (106, 108) are arranged above and below an axle (38), respectively.