Auto-completion and auto-correction of cryptic language commands with dynamic learning of syntax rules

Systems, methods and computer program products for dynamic language learning and solving auto-correction and auto-completion tasks. By means of a computer, knowledge about the syntax of a Cryptic language is extracted from a training data set of Cryptic commands. This knowledge is stored in an n-gram tree forest. The information of the n-gram trees is then used to facilitate human computer interaction and return improved auto-completion and auto-correction suggestions.

SYSTEM, METHOD AND COMPUTER-ACCESSIBLE MEDIUM FOR TRACKING VESSEL MOTION DURING THREE-DIMENSIONAL CORONARY ARTERY MICROSCOPY

Exemplary embodiments of apparatus, method and computer accessible medium can be provided which can facilitate a determination of at least one characteristic of a structure. For example, it is possible to use at least one first arrangement which can be structured to provide at least one first transmitted radiation along a first axis and at least one second transmitted radiation along a second axis. The first and second transmitted radiations can impact the structure and generate respective first and second returned radiation. The first and second axis can be provided at a predetermined angle with respect with one another which is greater than 0. Further, at least one second arrangement can be provided which can be configured to receive data associated with the first and second returned radiations, and determine at least one relative velocity between the structure and the first arrangement along the first and second axes. 120-. (canceled)21. An apparatus for determining at least one characteristic of a structure , comprising:at least one transceiver first arrangement which is structured to provide at least one first transmitted radiation along a first axis and at least one second transmitted radiation along a second axis, wherein the first and second transmitted radiations impact the structure and generate respective first and second returned radiation, and wherein the first and second axes are provided at a predetermined angle with respect with one another which is, greater than 0;at least one computer second arrangement which is configured to receive data associated with the first and second returned radiation, and determine at least one relative velocity between the structure and the at least one first arrangement; andat least one imaging third arrangement which is configured to generate at least one image of at least one portion of the structure as a function of the at least one relative velocity.22. The apparatus according to claim 21 , wherein the first and ...

Controllable Air Outlet Nozzle

An air outlet nozzle, in particular for a motor vehicle, includes: a tube-shaped nozzle body; a first air guide element which is arranged in the tube-shaped nozzle body, and which is in contact with the tube-shaped nozzle body and forms a screw shape; a second air guide element which is arranged in the tube-shaped nozzle body, and which is in contact with the tube-shaped nozzle body and forms a screw shape. The first air guide element and the second air guide element are offset from one another in the tube-shape nozzle body, such that a first airway and a second airway are formed in the tube-shaped nozzle body. A moving adjustment element closes the first airway in a first position, and releases the first airway in a second position. 1. An air outlet nozzle for a motor vehicle , comprising:a tubular nozzle body;a first air guiding element arranged in the tubular nozzle body, said first air guiding element being in contact with the tubular nozzle body and forming a screw shape;a second air guiding element arranged in the tubular nozzle body, said second air guiding element being in contact with the tubular nozzle body and forming a screw shape,wherein the first air guiding element and the second air guiding element are arranged in the tubular nozzle body in a manner offset from one another, such that a first air path and a second air path are formed in the tubular nozzle body; anda movable setting element which closes the first air path in a first position and opens the first air path in a second position.2. The air outlet nozzle as claimed in claim 1 , further comprising:a connecting element which is arranged upstream of the movable setting element in a direction of air flow between the first air guiding element and the second air guiding element in the first air path, such that the connecting element closes the first air path, andwherein the movable setting element closes an opening in the first air guiding element in the first position and opens the opening in the ...

BROAD COVERAGE NON-CONTACT OBSTACLE DETECTION

Systems and methods for detecting a potential object for a powered door of a vehicle. The system includes an electronic control unit and a noncontact sensor, the noncontact sensor having a field-of-view substantially including an obstacle detection zone defined for a powered door. The electronic control unit is configured to receive data from the noncontact sensor, determine, based on the data received from the noncontact sensor, an object located at a position within the field-of-view of the noncontact sensor, determine whether the position of the object is within the obstacle detection zone defined for the powered door, and in response to the position of the object being within the obstacle detection zone for the powered door, perform an automatic action with respect to the powered door before the powered door contacts the object. 1. A powered door system comprising:an electronic control unit; anda noncontact sensor, the noncontact sensor having a field-of-view substantially including an obstacle detection zone defined for a powered door; receive data from the noncontact sensor,', 'determine, based on the data received from the noncontact sensor, an object located at a position within the field-of-view of the noncontact sensor,', 'determine whether the position of the object is within the obstacle detection zone defined for the powered door, and', 'in response to the position of the object being within the obstacle detection zone for the powered door, perform an automatic action with respect to the powered door before the powered door contacts the object., 'the electronic control unit is configured to2. The powered door system of claim 1 , wherein the noncontact sensor includes a millimeter wave radar sensor.3. The powered door system of claim 1 , wherein the electronic control unit communicates with the noncontact sensor over a serial data communication bus.4. The powered door system of claim 1 , wherein the powered door includes a sliding door of a vehicle and ...

Centrifugal Pump Comprising a Spiral Housing

A centrifugal pump includes a spiral housing with a first housing part and a second housing part. The central region of the second housing part is cup-shaped in order to receive the rotor situated in a wet chamber and forms a bearing at the base of the cup-shaped region rotatably mounting the rotor. A stator surrounds the second housing part and is situated in a dry chamber in the vicinity of the exterior of the rotor.

Centrifugal pump has spiral housing with two housing parts, where one housing part is formed in pipe shape and limited on its area opposite to access of inflowing medium for receiving rotor in its interior in wet chamber

The centrifugal pump has a spiral housing with two housing parts (1,2). One housing part is formed in pipe shape and limited on its area opposite to the access (E) of the inflowing medium for receiving the rotor (3) in its interior in a wet chamber (N). A stator (4) is arranged to surround the housing part and is situated in the dry chamber (T) in the area of the exterior of the rotor, in which the tubular limitation of the housing part is provided with a cover (5). A seal (6) is located between the cover and the housing part.

DEVICE FOR ADJUSTING A ROTATING ELEMENT

Dispositif de réglage comprenant un entraînement en rotation par moteur électrique au moyen duquel un élément de réglage peut être entraîné en rotation autour d'un axe de rotation entre une première position extrême et une seconde position extrême et peut être soumis à l'action d'un ressort (10) l'éloignant de la première position extrême, caractérisé en ce que l'entraînement de réglage par moteur électrique est un entraînement réversible et la sollicitation par ressort de l'élément de réglage est active entre la première position extrême et une position intermédiaire et est inactive entre la position intermédiaire et la seconde position extrême, la position intermédiaire étant située entre la première position extrême et la seconde position extrême.

Prophylactic, therapeutic and industrial antioxidant compositions enhanced with stabilized atomic hydrogen/free electrons and methods to prepare and use such compositions

The invention is directed to therapeutic antioxidant compositions which are enhanced by the stabilized atomic hydrogen; one of the most potent antioxidants. Such products can be used for prophylactic and therapeutic purposes in treatment of cancer, diabetes, autoimmune diseases, neurodegenerative diseases, cardiovascular diseases, skin diseases etc. The products described can be used independently or in combination with other drugs and treatment modalities. The products can also be used as dietetic products to aid in desired weight loss. The described products can also be used to prevent oxidative and free radical damage to food and oxidation-prone industrial products. The invention also describes the methods to produce and stabilize atomic hydrogen and prepare and use such stabilized/encaged atomic hydrogen enhanced antioxidant compositions.

Methods for treating atopic dermatitis and related disorders

The present invention relates to methods for treating atopic dermatitis and related disorders in a subject using an interleukin-13 (IL-13) binding protein, such as an anti-IL-13 antibody or an IL-13-binding fragment thereof.

Method of manufacturing the head of a valve member of an additional control valve

The procedure for the manufacture of a valve plate of a valve component of an additional control valve unit includes a first stage in which a plate-form base component (1) is made from a metal material and which has at least two cut-outs between a ring-form section (1a) and tubular inner section (1b), a second stage in which a disc-form component (2) of rubber is laid by its outer section (2a) on an encompassing edge section (1a') which encircles one of the cut-outs, and a third stage in which the disc-form component is connected to the edge section by vulcanizing.

Pump-motor device for use in motor vehicle, has drive shaft rotatably supported in region of pump by two bearings, where drive shaft carries rotor of electric motor enclosed by stator on bearing region freely projecting into region of motor

The device has a pump i.e. transmission oil pump, with a rotor (29) for conveying liquid, where the rotor is arranged on a pump shaft. The pump shaft is rotatably driven by a motor shaft of an electric motor i.e. brushless direct current motor (18), coaxially arranged coaxially to the pump shaft. The shafts are one-piece designed as a drive shaft (4). The drive shaft is rotatably supported in a region of the pump by two bearings, and carries the rotor of the electric motor enclosed by a stator (21) on a bearing region freely projecting into a region of the electric motor.

Biomimetic water solutions and compositions, their use as and in health and beauty care products and the methods to prepare them

Prophylactic, therapeutic and industrial antioxidant compositions enhanced with stabilized atomic hydrogen/free electrons and methods to prepare and use such compositions

Method for installing a valve member in an auxiliary control valve device

In a first step, the inner face of the guide element (2) for the valve member is provided with a spring bearing (12) on the end facing the capture magnet (10). In a second step, a first valve spring (6) is introduced into the guide element (2). In a third step, the shaft (3) of the valve member is introduced, together with a first counter-bearing (7) that is connected to said shaft on the end facing away from the capture magnet (10). Said first counter-bearing (7) is detachably held in the guide element (2) in a predetermined first position, which theoretically permits a precise adjustment of the central position of the valve member when no current is applied to the auxiliary control valve device. In a fourth step, the concave face of the valve head (1) is pushed onto the shaft (3) until it rests against the capture magnet (10). The valve head (1) and the shaft (3) are then interconnected. In a fifth step, a second valve spring (8) is introduced into the guide element (2). In a sixth step, a second counter-bearing (9) is introduced into the guide element (2).

Method for producing a valve disk of a valve member of an additional control valve device

Therapeutic and prophylactic compositions including catalytic biomimetic solids and methods to prepare and use them

Centrifugal pump for use as coolant centrifugal pump in motor vehicle, has spiral housing with two housing parts and central region of former housing part is tumbler-shaped for receiving rotor provided in wet chamber

The centrifugal pump has a spiral housing with two housing parts (1,2). The central region of former housing part is tumbler-shaped for receiving the rotor (3) provided in the wet chamber (N) and forms a bearing (3') at the base (2') of the tumbler-shaped region for mounting the rotor in rotary manner. A stator (4) surrounds the former housing part and is provided in the dry chamber (T) adjacent to the exterior of the rotor.

Controllable air outlet nozzle

An air outlet nozzle, in particular for a motor vehicle, includes: a tube-shaped nozzle body; a first air guide element which is arranged in the tube-shaped nozzle body, and which is in contact with the tube-shaped nozzle body and forms a screw shape; a second air guide element which is arranged in the tube-shaped nozzle body, and which is in contact with the tube-shaped nozzle body and forms a screw shape. The first air guide element and the second air guide element are offset from one another in the tube-shape nozzle body, such that a first airway and a second airway are formed in the tube-shaped nozzle body. A moving adjustment element closes the first airway in a first position, and releases the first airway in a second position.

Contact tray having tray supported downcomers and methods involving same

A plurality of fluid-fluid contact trays of the cross-flow type are provided within a shell of a mass transfer or heat exchange column. The trays include tray decks that are supported on rings fixed to an inner surface of the shell and downcomers that are supported, not by the typical bolting bars fixed to the shell, but by the tray deck of the underlying tray. The mechanisms for supporting the downcomers in this fashion are support brackets that are not secured to the column shell, but instead extend downwardly from the downcomers and rest on the tray deck of the underlying tray. Alternating trays have side downcomers positioned at openings at one or both ends of the tray deck. The support rings on those trays having side downcomers may be truncated so that the rings do not extend around that portion of the shell circumference where the side downcomer openings are located. On the remaining trays, complete 360 degree rings may be used. Some or all of the downcomers have an inwardly extending shoulder segment in one or both side walls that supports portions of the tray deck and contains fluid passages.

Broad coverage non-contact obstacle detection

Systems and methods for detecting a potential object for a powered door of a vehicle. The system includes an electronic control unit and a noncontact sensor, the noncontact sensor having a field-of-view substantially including an obstacle detection zone defined for a powered door. The electronic control unit is configured to receive data from the noncontact sensor, determine, based on the data received from the noncontact sensor, an object located at a position within the field-of-view of the noncontact sensor, determine whether the position of the object is within the obstacle detection zone defined for the powered door, and in response to the position of the object being within the obstacle detection zone for the powered door, perform an automatic action with respect to the powered door before the powered door contacts the object.

Contact tray having supported downcomers and methods involving same

A plurality of fluid-fluid contact trays (16) of the cross-flow type are provided within a shell of a mass transfer or heat exchange column (10). The trays (16) include tray decks (20) that are supported on rings (18) fixed to an inner surface of the shell and downcomers (24) that are supported, not by the typical bolting bars fixed to the shell (12), but by the tray deck (20) of the underlying tray. The mechanisms for supporting the downcomers (24) in this fashion are support brackets (54) that are not secured to the column shell, but instead extend downwardly from the downcomers and rest on the tray deck (20) of the underlying tray. Alternating trays have side downcomers (26) positioned at openings at one or both ends of the tray deck (20). The support rings (18) on those trays having side downcomers may be truncated so that the rings do not extend around that portion of the shell circumference where the side downcomer openings are located. On the remaining trays, complete 360 degree rings may be used. Some or all of the downcomers have an inwardly extending shoulder segment in one or both side walls that supports portions of the tray deck and contains fluid passages.

Contact tray having supported downcomers and methods involving same

A plurality of fluid-fluid contact trays (16) of the cross-flow type are provided within a shell of a mass transfer or heat exchange column (10). The trays (16) include tray decks (20) that are supported on rings (18) fixed to an inner surface of the shell and downcomers (24) that are supported, not by the typical bolting bars fixed to the shell (12), but by the tray deck (20) of the underlying tray. The mechanisms for supporting the downcomers (24) in this fashion are support brackets (54) that are not secured to the column shell, but instead extend downwardly from the downcomers and rest on the tray deck (20) of the underlying tray. Alternating trays have side downcomers (26) positioned at openings at one or both ends of the tray deck (20). The support rings (18) on those trays having side downcomers may be truncated so that the rings do not extend around that portion of the shell circumference where the side downcomer openings are located. On the remaining trays, complete 360 degree rings may be used. Some or all of the downcomers have an inwardly extending shoulder segment in one or both side walls that supports portions of the tray deck and contains fluid passages.

Steuerbare luftauslassdüse

Luftauslassdüse (10), insbesondere für ein Kraftfahrzeug, umfassend: - einen rohrförmigen Düsenkörper (14); - ein im rohrförmigen Düsenkörper (14) angeordnetes erstes Luftleitelement (16), das in Kontakt mit dem rohrförmigen Düsenkörper (14) ist und eine Schneckenform bildet; - ein im rohrförmigen Düsenkörper (14) angeordnetes zweites Luftleitelement (18), das in Kontakt mit dem rohrförmigen Düsenkörper (14) ist und eine Schneckenform bildet, - wobei das erste Luftleitelement (16) und das zweites Luftleitelement (18) voneinander versetzt im rohrförmigen Düsenkörper (14) angeordnet sind, so dass ein erster Luftweg (24) und ein zweiter Luftweg (26) im rohrförmigen Düsenkörper (14) gebildet sind; und - ein bewegliches Stellelement (28), das in einer ersten Stellung den ersten Luftweg (24) verschließt und in einer zweiten Stellung den ersten Luftweg (24) freigibt.

Exposing control to enable interactive schedulers for cloud cluster orchestration systems

Methods, systems, and computer program products are provided for a compute cluster comprising placement and load balancing (PLB) logic that receives data (e.g., state metadata) relating to a service (e.g., database service) executing on the compute cluster, from a resource manager executing on the compute cluster, via a first API associated with the resource manager. The PLB logic receives second data from the service via a second API and determines whether a PLB action is indicated based on one of the second data or a combination of the first data and the second data. When a PLB action is indicated, the PLB logic sends a command to the resource manager to execute the PLB action. The PLB logic also receives queries from clients external to the compute cluster and may spawn a child PLB logic to offload PLB operations, respond to queries, or perform software validation in the child.

Angetriebenes plattenelementsystem und steuerung

Ein angetriebenes Plattenelementschließsystem kann ein bewegliches Plattenelement und ein Plattenelement-Antriebsteil, das in einer ersten Richtung, die der Bewegung des Plattenelements in Schließrichtung zugeordnet ist, aktivierbar ist und in einer zweiten Richtung, die der Bewegung des Plattenelements in Öffnungsrichtung zugeordnet ist, aktivierbar ist, enthalten. Eine Plattenelementverriegelung kann einen primären Verriegelungszustand aufweisen, in dem das Plattenelement in einer geschlossenen Position gehalten wird. Ein Steuermodul kann eine Plattenelementöffnungsfolge ausführen, die das Aktivieren des Plattenelement-Antriebsteils in der ersten Richtung, während das Plattenelement durch die Plattenelementverriegelung in dem primären Verriegelungszustand in der geschlossenen Position gehalten wird, das Lösen der Plattenelementverriegelung aus dem primären Verriegelungszustand und das Aktivieren des Plattenelement-Antriebsteils in der zweiten Richtung enthält.

Power panel system and control

A power panel closure system may include a moveable panel and a panel driver energizable in a first direction associated with movement of the panel toward closing and energizable in a second direction associated with movement of the panel toward opening. A panel latch may have a primary latch state wherein the panel is held in a closed position. A control module may perform a panel opening sequence including energizing the panel driver in the first direction while the panel is being held in the closed position by the panel latch in the primary latch state, releasing the panel latch from the primary latch state, and energizing the panel driver in the second direction.

駆動機構

【課題】電気機械的な駆動機構において所定の回転運動を、電気的過負荷の危険性なしに迅速に行えるようにする。 【解決手段】戻し部材３０，３１，３６，３８が、機械的形式で操作されかつ戻しばね３０を有しており、この戻しばね３０が、機械的な伝動手段の一部を形成した回転可能な軸２６上で回転戻し力を生ぜしめるように配置されている。 【選択図】　　　図２

Exposing control to enable interactive schedulers for cloud cluster orchestration systems

Methods, systems, and computer program products are provided for a compute cluster comprising placement and load balancing (PLB) logic that receives data (e.g., state metadata) relating to a service (e.g., database service) executing on the compute cluster, from a resource manager executing on the compute cluster, via a first API associated with the resource manager. The PLB logic receives second data from the service via a second API and determines whether a PLB action is indicated based on one of the second data or a combination of the first data and the second data. When a PLB action is indicated, the PLB logic sends a command to the resource manager to execute the PLB action. The PLB logic also receives queries from clients external to the compute cluster and may spawn a child PLB logic to offload PLB operations, respond to queries, or perform software validation in the child.

Kreiselpumpe

Methods for treating atopic dermatitis and related disorders

The present invention relates to methods for treating atopic dermatitis and related disorders in a subject using an inter-leukin-13 (IL-13) binding protein, such as an anti-IL-13 antibody or an IL-13-binding fragment thereof.

Liquid-liquid extraction apparatus and method

Method and apparatus for contacting two liquid phases for liquid-liquid extraction in a vertical extraction vessel. A relatively heavier liquid phase, descending the extraction vessel at a relatively low volumetric flow rate, is dispersed into a continuous phase comprising a relatively lighter liquid rising through the extraction vessel at a relatively high flow rate. Sieve trays are provided with adjustable active areas and overlapping manways for personnel access.

Ventilglied für eine zusatzsteuerventileinrichtung

Das Ventilglied besteht aus einem Ventilschaft (1), an dessen einem Ende ein Ventilteller (2) angeordnet ist, der in Richtung zum Ventilschaft (1) konkav ausgebildet ist, der aussen einen durchgehend ringförmigen Bereich (2a) aufweist und der zwischen dem ringförmigen Bereich (2a) und der mittigen Verbindungsstelle (2c) zur Verbindung mit dem Ventilschaft (1) mindestens zwei Aussparungen (2d) aufweist, die durch mindestens ein Verschlussteil (3) verschlossen sind.

Ventilglied für eine zusatzsteuerventileinrichtung

Ventilglied für eine zusatzsteuerventileinrichtung

Das Ventilglied besteht aus einem Ventilschaft (1), an dessen einem Ende ein Ventilteller (2) angeordnet ist, der in Richtung zum Ventilschaft (1) konkav ausgebildet ist, der aussen einen durchgehend ringförmigen Bereich (2a) aufweist und der zwischen dem ringförmigen Bereich (2a) und der mittigen Verbindungsstelle (2c) zur Verbindung mit dem Ventilschaft (1) mindestens zwei Aussparungen (2d) aufweist, die durch mindestens ein Verschlussteil (3) verschlossen sind.

Kreiselpumpe

Die Kreiselpumpe besteht aus einem Spiralgehäuse (4), in dem das Laufrad (3) angeordnet ist. In der Kreiselpumpe ist ein Rotor (1) auf einer Antriebswelle (2) für das Laufrad (3) angeordnet. Das Laufrad (3) steht mit der Antriebswelle (2) formschlüssig und axial verschiebbar in Verbindung.

Kreiselpumpe

Die Kreiselpumpe besteht aus einem Spiralgehäuse (4), in dem das Laufrad (3) angeordnet ist. In der Kreiselpumpe ist ein Rotor (1) auf einer Antriebswelle (2) für das Laufrad (3) angeordnet. Das Laufrad (3) steht mit der Antriebswelle (2) formschlüssig und axial verschiebbar in Verbindung.

Verstellbare Fahrzeugsitzeinheit und Fahrzeug

Eine verstellbare Fahrzeugsitzeinheit (1) umfassend einen Fahrzeugsitz (10) mit einem Sitzboden (12) und einer Sitzlehne (13) und eine für die Kopplung des Fahrzeugsitzes (10) mit einer Fahrzeugstruktur (20) vorgesehene Fahrzeugsitzkonsole (11), mit einer Sitzlängsverstelleinrichtung (14) und einer mit dieser funktional gekoppelten Sitzneigungsverstelleinrichtung (7), zeichnet sich dadurch aus, dass die Sitzlängsverstelleinrichtung (14) eine erste Kulissenführung (3) aufweist, entlang der die Fahrzeugsitzeinheit (1) bei einer Verlagerung in Sitzlängsrichtung (L) relativ zur Fahrzeugstruktur (20) längsverstellbar und höhenverstellbar geführt ist, und dass die Sitzneigungsverstelleinrichtung (7) eine zweite Kulissenführung (5) aufweist, entlang der die Fahrzeugsitzeinheit (1) bei einer Verlagerung in Sitzlängsrichtung (L) relativ zur Fahrzeugstruktur (20) neigungsverstellbar geführt ist.

Verstellbare fahrzeugsitzeinheit und fahrzeug

Eine verstellbare Fahrzeugsitzeinheit (1) umfassend einen Fahrzeugsitz (10) mit einem Sitzboden (12) und einer Sitzlehne (13) und eine für die Kopplung des Fahrzeugsitzes (10) mit einer Fahrzeugstruktur (20) vorgesehene Fahrzeugsitzkonsole (11), mit einer Sitzlängsverstelleinrichtung (14) und einer mit dieser funktional gekoppelten Sitzneigungsverstelleinrichtung (7), zeichnet sich dadurch aus, dass die Sitzlängsverstelleinrichtung (14) eine erste Kulissenführung (3) aufweist, entlang der die Fahrzeugsitzeinheit (1) bei einer Verlagerung in Sitzlängsrichtung (L) relativ zur Fahrzeugstruktur (20) längsverstellbar und höhenverstellbar geführt ist, und dass die Sitzneigungsverstelleinrichtung (7) eine zweite Kulissenführung (5) aufweist, entlang der die Fahrzeugsitzeinheit (1) bei einer Verlagerung in Sitzlängsrichtung (L) relativ zur Fahrzeugstruktur (20) neigungsverstellbar geführt ist.