mhurhangee/patent-ind-claim-en huggingface dataset:
Large manipulator, in particular for concrete pumps, comprising an articulated arm which comprises a rotary support rotatable about a vertical axis (A) and at least two segments (4-7) pivotable about horizontal axes by means of joints (B-E), wherein the rotary support is displaceable about the vertical axis via an actuator and the segments (4-7) are pivotable about the horizontal axes via actuators (14-17), a control for driving the actuators (14-17), wherein the control comprises a vibration damping for damping horizontal and/or vertical vibrations of the articulated arm, and at least one rotation rate sensor (18-21) whose measurement signals are integrated into the vibration damping, characterised in that the large manipulator comprises sensors, associated with the rotary joints (BE), for indirectly or directly measuring the respective angle of rotation of the joints of the articulated arm, wherein the measurement signals of the sensors are integrated into the control of the large manipulator, and that the vibration damper determines a vibration state of the entire articulated arm on the basis of the measured values of the at least one rotation rate sensor (18-21) from the vibrations of the individual segments (4-7), wherein the vibration damping is preferably carried out without the use of geodetic sensors and/or inertial measurement units and/or deformation sensors arranged on the segments (4-7). an articulated arm which comprises a rotary support rotatable about a vertical axis (A) and at least two segments (4-7) pivotable about horizontal axes by means of joints (B-E), wherein the rotary support is displaceable about the vertical axis via an actuator and the segments (4-7) are pivotable about the horizontal axes via actuators (14-17), a control for driving the actuators (14-17), wherein the control comprises a vibration damping for damping horizontal and/or vertical vibrations of the articulated arm, and at least one rotation rate sensor (18-21) whose measurement signals are integrated into the vibration damping, characterised in that the large manipulator comprises sensors, associated with the rotary joints (BE), for indirectly or directly measuring the respective angle of rotation of the joints of the articulated arm, wherein the measurement signals of the sensors are integrated into the control of the large manipulator, and that the vibration damper determines a vibration state of the entire articulated arm on the basis of the measured values of the at least one rotation rate sensor (18-21) from the vibrations of the individual segments (4-7), wherein the vibration damping is preferably carried out without the use of geodetic sensors and/or inertial measurement units and/or deformation sensors arranged on the segments (4-7).
A dental restorative composite comprising: (i) a polymerizable organic resin; (ii) a radiation activated initiator having an activation wavelength; (iii) an inert filler; and (iv) luminescent crystals, wherein the luminescent crystals emit radiation at a predetermined wavelength matching the initiator activation wavelength when the luminescent crystals are irradiated with radiation having a wavelength longer than the activation wavelength, wherein the luminescent crystals comprise a crystalline host co-doped with at least two different lanthanide series ions, wherein the crystalline host is a ytterbium fluoride salt and/or lutetium oxide, and wherein the at least two different lanthanide series ions are selected from ytterbium (Yb 3+ ), lutetium (Lu 3+ ), thulium (Tm 3+ ), terbium (Tb 3+ ), erbium (Er 3+ ), and praseodymium (Pr 3+ ). (i) a polymerizable organic resin; (ii) a radiation activated initiator having an activation wavelength; (iii) an inert filler; and (iv) luminescent crystals,
Wobble pump comprising at least one drive shaft , a first pumping assembly and a second pumping assembly, each pumping assembly being formed by elements comprising at least one plate , a cylinder block , an intake duct and a discharge duct , said cylinder block comprising at least two compression chambers distributed circumferentially, at least two pistons being in translation mode respectively in said compression chambers of said cylinder block of each of said assemblies, said plate of each of said two assemblies being inclined with respect to the axis of rotation of said drive shaft , said drive shaft generating a relative rotational movement between said plate and said cylinder block of each of said two assemblies, characterized in that said elements of said second assembly are distributed symmetrically with respect to said elements of said first assembly on a plane at right angles to the axis of rotation of said drive shaft , and in that said plates of said two assemblies are linked together at said plane of symmetry, and in that said intake and discharge ducts of a same assembly are placed in symmetry with respect to the axis of said drive shaft .
An aerosol process for selectively incorporating properties of solid precursor particles into processed materials, the process comprising: injecting a carrier gas and a precursor mixture into an aerosol generator, wherein the precursor mixture includes solid precursor particles and a liquid component; applying a surface coating to at least a portion of the solid precursor particles prior to injection of the precursor particles into the aerosol generator, wherein the surface coating is an organosilane, a silylated polymer, or an amine terminated small molecule; applying one or more ultrasonic transducers to the precursor mixture in order to aerosolize a portion of the precursor mixture that comprises solid particles that are smaller than a predetermined size, wherein the portion of the solid precursor particles that is coated with the surface coating is not aerosolized; transferring, via the carrier gas, the aerosolized portion of the precursor mixture into a reactor; drying the aerosolized portion in the reactor to produce solid product particles; and collecting the solid product particles in a particle collector. injecting a carrier gas and a precursor mixture into an aerosol generator, wherein the precursor mixture includes solid precursor particles and a liquid component; applying a surface coating to at least a portion of the solid precursor particles prior to injection of the precursor particles into the aerosol generator, wherein the surface coating is an organosilane, a silylated polymer, or an amine terminated small molecule; applying one or more ultrasonic transducers to the precursor mixture in order to aerosolize a portion of the precursor mixture that comprises solid particles that are smaller than a predetermined size, wherein the portion of the solid precursor particles that is coated with the surface coating is not aerosolized; transferring, via the carrier gas, the aerosolized portion of the precursor mixture into a reactor; drying the aerosolized portion in the reactor to produce solid product particles; and collecting the solid product particles in a particle collector.
A composition comprising: a biomarker nanoparticle, wherein the biomarker nanoparticle comprises: a modular structure having a carrier domain linked to a detectable marker; and a thermosensitive liposome incorporating the biomarker nanoparticle; wherein the detectable marker is cleavable by an enzyme and wherein the detectable marker is released from the carrier domain upon deactivation of the thermosensitive liposome and exposure to the enzyme. a biomarker nanoparticle, wherein the biomarker nanoparticle comprises: a modular structure having a carrier domain linked to a detectable marker; and a thermosensitive liposome incorporating the biomarker nanoparticle; wherein the detectable marker is cleavable by an enzyme and wherein the detectable marker is released from the carrier domain upon deactivation of the thermosensitive liposome and exposure to the enzyme.
A build platform for an additive fabrication device, the build platform comprising: a mounting attachment configured to removably attach and detach the build platform to and from the additive fabrication device; a rigid structure coupled to the mounting attachment; a flexible layer attached to the rigid structure, wherein some, but not all, portions of the flexible layer are attached to the rigid structure; wherein the flexible layer comprises a metal sheet; and at least one first mechanism configured to be actuated to apply a force to the flexible surface , thereby deforming at least part of the flexible surface away from the rigid structure. a mounting attachment configured to removably attach and detach the build platform to and from the additive fabrication device; a rigid structure coupled to the mounting attachment; a flexible layer attached to the rigid structure, wherein some, but not all, portions of the flexible layer are attached to the rigid structure; wherein the flexible layer comprises a metal sheet; and at least one first mechanism configured to be actuated to apply a force to the flexible surface , thereby deforming at least part of the flexible surface away from the rigid structure.
Motor vehicle lock, in particular a motor vehicle door lock , comprising a lock housing , an electrical power supply , an illuminant , and a light guiding element which interacts with the illuminant , wherein the light guiding element is designed as an integral part of the motor vehicle lock, so that at least some areas of the motor vehicle lock can be illuminated, characterized in that - a LED arranged directly on a printed circuit board is used as the illuminant - the light emitted by the illuminant is guided towards an inlet opening with a rotary latch arranged in the inlet opening by means of the light guiding element - light exit surfaces of the light guiding element are arranged around the inlet opening . - a LED arranged directly on a printed circuit board is used as the illuminant - the light emitted by the illuminant is guided towards an inlet opening with a rotary latch arranged in the inlet opening by means of the light guiding element - light exit surfaces of the light guiding element are arranged around the inlet opening .
A pharmaceutical composition comprising diethyl azelate for use in a method of treating insulin resistance at a dose in a range from 0.5 mg/kg/day to 2.5 mg/kg/day.
An aneurysm occluder comprising : a deformable housing , wherein the housing is tubular with closed off ends at opposite ends of the housing , an absorber that is configured to cause blood clotting and is made of an absorbent material, and a number of disc-shaped inserts inside the housing , characterized in that the absorber extends between opposite ends of the housing and is located substantially centrally in the housing , wherein each of the disc-shaped inserts comprises a central locating hole through which the absorber protrudes. the housing is tubular with closed off ends at opposite ends of the housing , an absorber that is configured to cause blood clotting and is made of an absorbent material, and a number of disc-shaped inserts inside the housing , characterized in that the absorber extends between opposite ends of the housing and is located substantially centrally in the housing , wherein each of the disc-shaped inserts comprises a central locating hole through which the absorber protrudes.
Container for a preferably viscous fluid having a compressible, preferably elastic, outer body and an inner body opening out of the container and comprising the fluid, wherein captive air is enclosed between the outer body and inner body and the inner body is affixed within the outer body such that when compressive force is applied upon the outer body , the captive air transfers the force unto the inner body , displacing and discharging the fluid from the container, characterized in a preferably textile integral pouch lining the inner body , a removable lid form-fit to both the outer body and inner body , a nozzle mounted upon the lid , a preferably textile or plastic replaceable pouch form-fit within the inner body between the integral pouch and lid and containing the fluid, a first cavity formed peripherally about the inner body and containing the captive air, and a mouth formed in the replaceable pouch and protruding from the lid into the nozzle , wherein the inner body opens out through the lid into the nozzle and is rigid and in fluid communication with the first cavity such that under said force, the outer body diminishes the first cavity and expels the captive air into the inner body , the captive air entering the inner body gradually everts the integral pouch toward the lid , and the integral pouch extrudes the fluid via the mouth through the nozzle while it progressively displaces and compresses the replaceable pouch until the replaceable pouch nestles up against the lid and into the nozzle . a compressible, preferably elastic, outer body and an inner body opening out of the container and comprising the fluid, wherein captive air is enclosed between the outer body and inner body and the inner body is affixed within the outer body such that when compressive force is applied upon the outer body , the captive air transfers the force unto the inner body , displacing and discharging the fluid from the container, characterized in a preferably textile integral pouch lining the inner body , a removable lid form-fit to both the outer body and inner body , a nozzle mounted upon the lid , a preferably textile or plastic replaceable pouch form-fit within the inner body between the integral pouch and lid and containing the fluid, a first cavity formed peripherally about the inner body and containing the captive air, and a mouth formed in the replaceable pouch and protruding from the lid into the nozzle , wherein the inner body opens out through the lid into the nozzle and is rigid and in fluid communication with the first cavity such that under said force, the outer body diminishes the first cavity and expels the captive air into the inner body , the captive air entering the inner body gradually everts the integral pouch toward the lid , and the integral pouch extrudes the fluid via the mouth through the nozzle while it progressively displaces and compresses the replaceable pouch until the replaceable pouch nestles up against the lid and into the nozzle .
A bicycle shifting system , comprising: a crankset ; a chainring mounted on the crankset ; a chain disposed on the chainring ; a multi-speed transmission driven by the chain and producing a first set of gear ratios; a manual shift mechanism to select one of the set of gear ratios, the manual shift mechanism including a manually-operated derailleur and a gear selector to operate the manually-operated derailleur to move the chain across the multi-speed transmission ; an electric motor mounted to the bicycle to propel the bicycle forward; a controller that controls the motor; and a shift sensor in communication with the controller , characterized in further comprising a cable interconnecting the gear selector and the manually-operated derailleur, wherein the shift sensor generates a signal indicative of the cable moving and the controller stops or slows the motor responsive to signals from the shift sensor ; and an automatic shift mechanism to select one of a second set of gear ratios being produced by the multi-speed transmission, the automatic shift mechanism being controlled by the controller . a crankset ; a chainring mounted on the crankset ; a chain disposed on the chainring ; a multi-speed transmission driven by the chain and producing a first set of gear ratios; a manual shift mechanism to select one of the set of gear ratios, the manual shift mechanism including a manually-operated derailleur and a gear selector to operate the manually-operated derailleur to move the chain across the multi-speed transmission ; an electric motor mounted to the bicycle to propel the bicycle forward; a controller that controls the motor; and a shift sensor in communication with the controller , characterized in further comprising a cable interconnecting the gear selector and the manually-operated derailleur, wherein the shift sensor generates a signal indicative of the cable moving and the controller stops or slows the motor responsive to signals from the shift sensor ; and an automatic shift mechanism to select one of a second set of gear ratios being produced by the multi-speed transmission, the automatic shift mechanism being controlled by the controller .
A wood screw (WS) comprising a cylindrical screw shank , at the end of which is formed a tip cone , a screw head , which is formed at the other end of the screw shank , as well as at least one threaded section having a thread core , which threaded section extends from the tip cone along the direction of a longitudinal axis to the screw head , wherein at the at least one threaded section multiple successive thread turns are formed on a shell surface of the thread core , wherein several elevations are arranged on the outside of the shell surface of the thread core in the area of the at least one threaded section , wherein the elevations comprise first elevations spaced apart from one another in the direction of longitudinal axis and second elevations spaced apart from one another in the direction of longitudinal axis , wherein the first elevations are arranged in a first straight line on the shell surface of the thread core and the second elevations are arranged in a second straight line on the shell surface of the thread core , wherein the first elevations are diametrically opposite to the second elevations in a circumferential direction, wherein the first elevations are arranged between adjacent thread turns and are each connected with a respective flank of an adjacent thread turn , characterized in that the first elevations are arranged alternatingly with the second elevations in the direction of the longitudinal axis , wherein the second elevations are each molded onto a thread turn of the threaded section and form elevations on both sides of said threaded section .
A method comprising: determining one or more interactive elements in a layout of a Graphical User Interface, GUI, displayed by a computing device; obtaining audio of speech from a user of the computing device; transforming the speech to text; comparing the text with identifiers of predefined vocal commands to determine that the text does not match any of the identifiers; in response to the determination that the text does not match any of the identifiers, selecting from the one or more interactive elements in the layout of the GUI displayed by the computing device a free-text input element that is most adjacent to a focused element in the layout of the GUI, wherein the focused element comprises an interactive element that was referenced by the user of the computing device; and inputting the text to the free-text input element. determining one or more interactive elements in a layout of a Graphical User Interface, GUI, displayed by a computing device; obtaining audio of speech from a user of the computing device; transforming the speech to text; comparing the text with identifiers of predefined vocal commands to determine that the text does not match any of the identifiers; in response to the determination that the text does not match any of the identifiers, selecting from the one or more interactive elements in the layout of the GUI displayed by the computing device a free-text input element that is most adjacent to a focused element in the layout of the GUI, wherein the focused element comprises an interactive element that was referenced by the user of the computing device; and inputting the text to the free-text input element.
Sole (910; 1010) for a shoe, in particular a sport shoe, comprising: a. a first partial region (911; 10111) comprising particles of a first expanded thermoplastic polyurethane, eTPU; and b. a second partial region (912; 10112) comprising particles of a second eTPU; wherein c. the first partial region (911; 10111) and the second partial region (912; 10112) comprise different material properties. a. a first partial region (911; 10111) comprising particles of a first expanded thermoplastic polyurethane, eTPU; and b. a second partial region (912; 10112) comprising particles of a second eTPU; wherein c. the first partial region (911; 10111) and the second partial region (912; 10112) comprise different material properties.
A process for the preparation of water-absorbent polymer particles, comprising the process steps of (i) preparing an aqueous monomer solution comprising at least partially neutralized, monoethylenically unsaturated monomers bearing carboxylic acid groups (α1) and at least one crosslinker (α3); (ii) optionally adding fine particles of a water-absorbent polymer to the aqueous monomer solution; (iii) adding a polymerization initiator or a at least one component of a polymerization initiator system that comprises two or more components to the aqueous monomer solution; (iv) decreasing the oxygen content of the aqueous monomer solution; (v) charging the aqueous monomer solution into a polymerization reactor; (vi) polymerizing the monomers in the aqueous monomer solution in the polymerization reactor; (vii) discharging the polymer gel strand out of the polymerization reactor and optionally comminuting the polymer gel thereby obtaining polymer gel particles; (viii) drying the polymer gel particles; (ix) grinding the dried polymer gel particles thereby obtaining particulate water-absorbent polymer particles; (x) sizing the grinded water-absorbent polymer particles; and (xi) treating the surface of the grinded and sized water-absorbent polymer particles; wherein in process step (viii) the gel particles obtained in process step (vii) are charged onto the surface of the belt material of a belt dryer at a position L 0 and are subsequently dried on their way through the belt dryer and wherein the belt material has been cooled before coming into contact with the gel particles. (i) preparing an aqueous monomer solution comprising at least partially neutralized, monoethylenically unsaturated monomers bearing carboxylic acid groups (α1) and at least one crosslinker (α3); (ii) optionally adding fine particles of a water-absorbent polymer to the aqueous monomer solution; (iii) adding a polymerization initiator or a at least one component of a polymerization initiator system that comprises two or more components to the aqueous monomer solution; (iv) decreasing the oxygen content of the aqueous monomer solution; (v) charging the aqueous monomer solution into a polymerization reactor; (vi) polymerizing the monomers in the aqueous monomer solution in the polymerization reactor; (vii) discharging the polymer gel strand out of the polymerization reactor and optionally comminuting the polymer gel thereby obtaining polymer gel particles; (viii) drying the polymer gel particles; (ix) grinding the dried polymer gel particles thereby obtaining particulate water-absorbent polymer particles; (x) sizing the grinded water-absorbent polymer particles; and (xi) treating the surface of the grinded and sized water-absorbent polymer particles;