mhurhangee/ep-ind-claims huggingface dataset:
Thread delivery device with a first shaft, which is designed as a cylindrical element designed to be continuously seamless and jointless in longitudinal direction, with a second shaft, which is designed as a cylindrical element designed to be continuously seamless and jointless in longitudinal direction, with a horizontally divided housing, in which the first and second shaft (12, 13) are rotatably mounted parallel to one another, wherein they extend transversely through the hosing so that they are designed to jointly mount a first and second yarn bobbin on the sides of the housing and with a drive device to which a transmission arranged in the housing belongs for driving the two shafts (12, 13), wherein the drive device has a belt disc and the transmission has a preferably perpendicular input shaft projecting out of the housing, which input shaft supports a gearwheel, or wherein the drive device comprises a drive motor held on the housing, which drive motor supports a gearwheel on its driven shaft, characterised in that in both alternatives the gearwheel (46, 51) with an additional gearwheel forms an angle drive and in that the additional gearwheel of the angled drive is connected in turn by a toothed belt to one of the shafts.
A spindle motor, comprising an electric motor with a rotor which is connected to a threaded spindle whose thread engages a thread of a spindle nut connected to a piston rod, wherein the spindle nut with piston rod is axially guided in a first housing part, wherein a guide part is connected to the spindle nut and the piston rod for the purpose of axial guiding, wherein the threaded spindle is mounted, via a bearing, in a second housing part connected to the first housing part, characterized in that a cooling channel, running in a circumferential direction, is formed in the second housing part, wherein the cooling channel is axially bounded toward the electric motor by means of a cover, wherein a first seal is provided between the spatial region of the electric motor and the spatial region in which the spindle nut is arranged, wherein the first seal is in the form of a shaft sealing ring having its seat in the cover, wherein the housing part has a seat for receiving the bearing of the threaded spindle, wherein the running surface of the shaft sealing ring is provided at the threaded spindle, wherein the cover is screwed to the housing part, wherein the screws are arranged on a hole circle with a first diameter or on a hole circle with a second diameter, wherein a further seal is arranged between the second housing part and the cover. comprising an electric motor with a rotor which is connected to a threaded spindle whose thread engages a thread of a spindle nut connected to a piston rod, wherein the spindle nut with piston rod is axially guided in a first housing part, wherein a guide part is connected to the spindle nut and the piston rod for the purpose of axial guiding, wherein the threaded spindle is mounted, via a bearing, in a second housing part connected to the first housing part, characterized in that a cooling channel, running in a circumferential direction, is formed in the second housing part, wherein the cooling channel is axially bounded toward the electric motor by means of a cover, wherein a first seal is provided between the spatial region of the electric motor and the spatial region in which the spindle nut is arranged, wherein the first seal is in the form of a shaft sealing ring having its seat in the cover, wherein the housing part has a seat for receiving the bearing of the threaded spindle, wherein the running surface of the shaft sealing ring is provided at the threaded spindle, wherein the cover is screwed to the housing part, wherein the screws are arranged on a hole circle with a first diameter or on a hole circle with a second diameter, wherein a further seal is arranged between the second housing part and the cover.
Automated glass roof cleaning system, in particular conservatory glass roof cleaning system, having a plurality of cleaning nozzles, characterised in that the glass roof cleaning system has a modular structure which comprises individual cleaning system modules (1, 2, 3, 4), wherein each cleaning system module (1, 2, 3, 4) comprises in each case an attachment profile, a line including retainers, a plurality of cleaning nozzles and a cover profile.
An air cleaner comprising: a housing (10a, 10b, 11); an inlet (no) located at a lower part of the housing; a filter assembly (2, 5) located above the inlet, a diameter of which is gradually shortened in a direction from an upper part of the filter assembly to a lower part of the filter assembly; and an outlet (900, 910) located above the filter assembly (2, 5); characterised in that the air cleaner further comprises: a brush unit provided in contact with an outer surface of the filter assembly (2, 5), and rotatable along the outer surface of the filter assembly to separate contaminants attached to an outer surface of the filter assembly (2, 5), and a discharge member located above the filter assembly (2, 5), and formed to have the outlet (900, 910) while movable in a vertical direction relative to the filter assembly (2, 5), wherein the discharge member includes: a first outlet formed at a side surface of the discharge member; and a second outlet formed at a top surface of the discharge member. a housing (10a, 10b, 11); an inlet (no) located at a lower part of the housing; a filter assembly (2, 5) located above the inlet, a diameter of which is gradually shortened in a direction from an upper part of the filter assembly to a lower part of the filter assembly; and an outlet (900, 910) located above the filter assembly (2, 5); characterised in that the air cleaner further comprises: a brush unit provided in contact with an outer surface of the filter assembly (2, 5), and rotatable along the outer surface of the filter assembly to separate contaminants attached to an outer surface of the filter assembly (2, 5), and a discharge member located above the filter assembly (2, 5), and formed to have the outlet (900, 910) while movable in a vertical direction relative to the filter assembly (2, 5), wherein the discharge member includes: a first outlet formed at a side surface of the discharge member; and a second outlet formed at a top surface of the discharge member. a brush unit provided in contact with an outer surface of the filter assembly (2, 5), and rotatable along the outer surface of the filter assembly to separate contaminants attached to an outer surface of the filter assembly (2, 5), and a discharge member located above the filter assembly (2, 5), and formed to have the outlet (900, 910) while movable in a vertical direction relative to the filter assembly (2, 5), wherein the discharge member includes: a first outlet formed at a side surface of the discharge member; and a second outlet formed at a top surface of the discharge member. a first outlet formed at a side surface of the discharge member; and a second outlet formed at a top surface of the discharge member.
Programmable integrated circuit, comprising: - at least one component that changes over time, changing autonomously within the integrated circuit, as a function of the time that has elapsed since an initialization phase of the integrated circuit, this change taking place by virtue of an internal radioactive source, in particular 63 Ni, - at least one control circuit sensitive to the temporal change of said component and having at least one protected internal output that changes state only after a programmable predefined duration has elapsed since the initialization phase of the integrated circuit. - at least one component that changes over time, changing autonomously within the integrated circuit, as a function of the time that has elapsed since an initialization phase of the integrated circuit, this change taking place by virtue of an internal radioactive source, in particular 63 Ni, - at least one control circuit sensitive to the temporal change of said component and having at least one protected internal output that changes state only after a programmable predefined duration has elapsed since the initialization phase of the integrated circuit.
A side airbag for vehicle which is deployed to a side of a seat comprising: an inflator part that discharges an inflation gas; and a cushion part that covers the inflator part, and is deployed by the gas discharged from the inflator part, wherein the cushion part includes a main chamber part that is deployed between a passenger and a vehicle body and that is disposed between a passenger and the vehicle body in a deployed state, and a protruding chamber part that extends from the main chamber part and is deployed in front of the passenger and is disposed in front of the passenger seated on the seat during deployment, characterized in that, the protruding chamber part has a shape that is bent or rolled in a direction in which the passenger is located when deployed, wherein the protruding chamber part of the cushion part installed on a left side of the seat is bent or rolled in a clockwise direction from an upper viewpoint, and the protruding chamber part of the cushion part installed on a right side of the seat is bent or rolled in a counterclockwise direction from the upper viewpoint, wherein in a state in which the protruding chamber part is bent or rolled, a part of an outer surface of the protruding chamber part is fixed to an outer surface of the cushion part. an inflator part that discharges an inflation gas; and a cushion part that covers the inflator part, and is deployed by the gas discharged from the inflator part, wherein the cushion part includes a main chamber part that is deployed between a passenger and a vehicle body and that is disposed between a passenger and the vehicle body in a deployed state, and a protruding chamber part that extends from the main chamber part and is deployed in front of the passenger and is disposed in front of the passenger seated on the seat during deployment, characterized in that, the protruding chamber part has a shape that is bent or rolled in a direction in which the passenger is located when deployed, wherein the protruding chamber part of the cushion part installed on a left side of the seat is bent or rolled in a clockwise direction from an upper viewpoint, and the protruding chamber part of the cushion part installed on a right side of the seat is bent or rolled in a counterclockwise direction from the upper viewpoint, wherein in a state in which the protruding chamber part is bent or rolled, a part of an outer surface of the protruding chamber part is fixed to an outer surface of the cushion part.
A polypeptide comprising a human fibronectin type III tenth ( 10 Fn3) domain, wherein the 10 Fn3 domain consists of the amino acid sequence of SEQ ID NO: 281.
A medical device comprising: (a) a stent comprising a non-erodable metal; (b) a bioabsorbable polymer system coated on at least a portion of said metal; said polymer system comprising a blend of at least two polymers having different weight average molecular weights; wherein the ratio of weight average molecular weights is 1:2 to 1:10 and provides a pre-selected bioabsorption time; and (c) at least one bioactive agent dispersed in at least a portion of said polymer coating. (a) a stent comprising a non-erodable metal; (b) a bioabsorbable polymer system coated on at least a portion of said metal; said polymer system comprising a blend of at least two polymers having different weight average molecular weights; wherein the ratio of weight average molecular weights is 1:2 to 1:10 and provides a pre-selected bioabsorption time; and (c) at least one bioactive agent dispersed in at least a portion of said polymer coating.
A process for preparing a soap concentrate comprising: (a) introducing feed components to a first feeding zone; (b) first reacting in a first reacting zone; (c) first venting in a first venting zone, and (d) cooling in a cooling zone, wherein the zones comprise a screw element and wherein the zones are in the order (a), (b), (c) (d).
Process for connecting at least one electrical contact element to a flat conductor for an on-board electrical system of a motor vehicle, comprising the following steps: - Provision of the at least one electrical contact element, which has a contact area for contacting a further contact element and is manufactured from at least one stainless steel sheet with a curvature which exceeds the rest of the stainless steel sheet; - Arrangement of the electrical contact element with its curvature on the flat conductor; - Carrying out a friction welding process by setting the curvature of the electrical contact element arranged on the flat conductor in relative movement to the flat conductor by means of a friction welding tool, thereby producing a weld between the flat conductor and the electrical contact element. - Provision of the at least one electrical contact element, which has a contact area for contacting a further contact element and is manufactured from at least one stainless steel sheet with a curvature which exceeds the rest of the stainless steel sheet; - Arrangement of the electrical contact element with its curvature on the flat conductor; - Carrying out a friction welding process by setting the curvature of the electrical contact element arranged on the flat conductor in relative movement to the flat conductor by means of a friction welding tool, thereby producing a weld between the flat conductor and the electrical contact element.
A method of manufacturing a hollow stabilizer, which is provided in a vehicle and comprises: a torsion portion extending in a vehicle width direction; an arm extending in a vehicle front-rear direction; and a bent portion connecting the torsion portion and the arm, wherein a ratio (t/D) of a thickness (t) to an outer diameter of the element pipe is 0.10 or more, and wherein the method comprises: a forming step of subjecting an element pipe as a material of the hollow stabilizer to a bending process, to form a product shape including the bent portion; and a quenching step of quenching the element pipe subjected to the bending process, wherein in the quenching step, a cooling process is performed by immersing the element pipe in coolant and by spraying the coolant in the form of jet flow to an outer surface of the bent portion of the element pipe immersed in the coolant. a forming step of subjecting an element pipe as a material of the hollow stabilizer to a bending process, to form a product shape including the bent portion; and a quenching step of quenching the element pipe subjected to the bending process, wherein
A breathable garment for heating or cooling independently the body of a wearer, characterized in that it comprises: - an inner electrically heatable substrate intended to be facing the body of the wearer in use; - forced air supply means for supplying forced air into the space between the inner electrically heatable substrate and the body of the wearer; - an intermediate perforated substrate; - an outer waterproof, water-vapour-permeable substrate; and - a means for maintaining a gap between the intermediate perforated substrate and the outer substrate, making up an air chamber to allow turbulent airflow across the entire garment. - an inner electrically heatable substrate intended to be facing the body of the wearer in use; - forced air supply means for supplying forced air into the space between the inner electrically heatable substrate and the body of the wearer; - an intermediate perforated substrate; - an outer waterproof, water-vapour-permeable substrate; and - a means for maintaining a gap between the intermediate perforated substrate and the outer substrate, making up an air chamber to allow turbulent airflow across the entire garment.
A girder installation and removal system comprising: an installation jib having: a main body with a first end and a second, opposite end, the main body extending along a longitudinal axis between the first end and the second end; a first sub-frame element coupled to the main body; a first roller coupled to the first sub-frame element; a second sub-frame element coupled to the main body; a second roller coupled to the second sub-frame element; wherein the first sub-frame element and the second sub-frame element are spaced longitudinally apart from one another, wherein the first roller and the second roller are each configured to rotate about an axis that is parallel to the longitudinal axis. a main body with a first end and a second, opposite end, the main body extending along a longitudinal axis between the first end and the second end; a first sub-frame element coupled to the main body; a first roller coupled to the first sub-frame element; a second sub-frame element coupled to the main body; a second roller coupled to the second sub-frame element; wherein the first sub-frame element and the second sub-frame element are spaced longitudinally apart from one another, wherein the first roller and the second roller are each configured to rotate about an axis that is parallel to the longitudinal axis.
A modular data processing system for processing communication session data from a cellular mobile communications system, the modular data processing system comprising: a plurality of controllers grouped into a plurality of sets (210, 310, 410, 510a, 510b, 510c) with each one of the plurality of sets having at least two controllers; at least one data collection subsystem (215, 315, 418, 515a, 515b, 515c) associated with the plurality of controllers; a plurality of autonomous data processing units (340, 440, 540a, 540b, 540c) arranged in parallel and operable simultaneously, each data processing unit (340, 440, 540a, 540b, 540c) operable to receive and process raw communication session data from one set of controllers associated with a data processing unit, each set of controllers having a coverage area of the cellular mobile communications system; at least one common memory device for storing processed communication session data from the plurality of data processing units for subsequent access by at least one user; and wherein the at least one data collection subsystem (215, 315, 418, 515a, 515b, 515c) is operable to gather raw communication session data from each of the plurality of sets of controllers and to distribute the received raw communication session data to the plurality of autonomous data processing units for calls made within the coverage area of the set of controllers associated with the data processing unit. a plurality of controllers grouped into a plurality of sets (210, 310, 410, 510a, 510b, 510c) with each one of the plurality of sets having at least two controllers; at least one data collection subsystem (215, 315, 418, 515a, 515b, 515c) associated with the plurality of controllers; a plurality of autonomous data processing units (340, 440, 540a, 540b, 540c) arranged in parallel and operable simultaneously, each data processing unit (340, 440, 540a, 540b, 540c) operable to receive and process raw communication session data from one set of controllers associated with a data processing unit, each set of controllers having a coverage area of the cellular mobile communications system; at least one common memory device for storing processed communication session data from the plurality of data processing units for subsequent access by at least one user; and wherein the at least one data collection subsystem (215, 315, 418, 515a, 515b, 515c) is operable to gather raw communication session data from each of the plurality of sets of controllers and to distribute the received raw communication session data to the plurality of autonomous data processing units for calls made within the coverage area of the set of controllers associated with the data processing unit.
A device for the mixing and distribution of fluid between catalyst beds comprising: a collection tray comprising a central opening, the collection tray in fluid communication with a bottom of an upper catalyst bed; a mixing chamber above the collection tray, the mixing chamber positioned around the central opening, the mixing chamber having an outer wall located at a position inward of a reactor wall and a top plate attached to the outer wall, the outer wall having an opening to allow fluid to pass therethrough; a ring distributor comprising an injector for injecting quench fluid into a space above the collection tray between the reactor wall and the outer wall; wherein the ring distributor is located around the collection tray between the mixing chamber and the reactor shell such that the vertical space occupied by the distributor is eliminated; a rough liquid distribution tray comprising a central pan in fluid communication with the central opening of the collection tray, wherein the rough liquid distribution tray is positioned below the mixing chamber; and a vapor-liquid distribution tray in fluid communication with the rough liquid distribution tray and a top of a lower catalyst bed, wherein the vapor-liquid distribution tray is positioned below the rough liquid distribution tray. a collection tray comprising a central opening, the collection tray in fluid communication with a bottom of an upper catalyst bed; a mixing chamber above the collection tray, the mixing chamber positioned around the central opening, the mixing chamber having an outer wall located at a position inward of a reactor wall and a top plate attached to the outer wall, the outer wall having an opening to allow fluid to pass therethrough; a ring distributor comprising an injector for injecting quench fluid into a space above the collection tray between the reactor wall and the outer wall; wherein the ring distributor is located around the collection tray between the mixing chamber and the reactor shell such that the vertical space occupied by the distributor is eliminated; a rough liquid distribution tray comprising a central pan in fluid communication with the central opening of the collection tray, wherein the rough liquid distribution tray is positioned below the mixing chamber; and a vapor-liquid distribution tray in fluid communication with the rough liquid distribution tray and a top of a lower catalyst bed, wherein the vapor-liquid distribution tray is positioned below the rough liquid distribution tray.