mhurhangee/patent-ind-claim-en huggingface dataset:
A large manipulator for concrete pumps, having a boom pedestal which is arranged on a frame and which is rotatable about a vertical axis of rotation , having an articulated boom which is made up of at least two boom arms and which bears a concrete conveying line , having at least one hydraulic drive unit for pivoting at least one of the boom arms about a horizontal axis of rotation , which at least one hydraulic drive unit has a hydraulic cylinder and a piston which is arranged movably in the hydraulic cylinder and which has a piston rod connected thereto, wherein, in the hydraulic cylinder , there are formed a piston-side working volume , which can be charged with hydraulic fluid, and a rod-side working volume , which can be charged with hydraulic fluid, and having a hydraulic circuit arrangement for driving the at least one hydraulic drive unit , which hydraulic circuit arrangement, in a first switching state, connects a first working port for the feed or discharge of the hydraulic fluid by means of a first fluid channel to the rod-side working volume and a second working port for the feed or discharge of the hydraulic fluid by means of a second fluid channel to the piston-side working volume , characterized in that the hydraulic circuit arrangement , in a second switching state which differs from the first switching state, separates the first working port from the first fluid channel and in so doing connects the first fluid channel to the second fluid channel for the feed of hydraulic fluid from the rod-side working volume into the piston-side working volume , and in that at least one operating state acquisition device for acquiring at least one operating state variable of the large manipulator, and an activation assembly for setting the switching state of the at least one hydraulic circuit arrangement in a manner dependent on the at least one operating state variable of the large manipulator as acquired by means of the operating state acquisition device , and a device for feeding an operating state variable of the large manipulator as acquired by means of the operating state acquisition device to the activation assembly for the setting of the switching state of the at least one hydraulic circuit arrangement in a manner dependent on the operating state, wherein the at least one operating state acquisition device is designed to acquire at least one operating state variable of the large manipulator from the group comprising articulated boom posture and angular position of a boom arm .
A luminaire controller for a luminaire (L) comprising: - a sensor input configured to receive sensor signals from at least one occupancy sensing device of the luminaire; - a communication interface for communicating with a lighting network ; - a mode selector configured to select one of a set of operating modes for the luminaire based on a combination of the sensor signals and incoming occupancy messages received from the lighting network; - a local control component configured to control an illumination source of the luminaire according to the selected operating mode; and - a distributed control component configured to selectively broadcast outgoing occupancy messages via the lighting network when a first of the operating modes is selected by initiating a distributed control procedure when an initiation event occurs, the distributed control procedure, once initiated, being performed as follows: - if a randomized wait interval elapses relative to a timing of the initiation of the distributed control procedure without an incoming occupancy message being received from the lighting network, responding by broadcasting an outgoing occupancy message via the lighting network; characterised in that the distributed control procedure, once initiated, is further performed as follows: if an incoming occupancy notification is received before the randomized wait interval elapses relative to the timing of the initiation, responding by re-initiating the distributed control procedure without broadcasting an outgoing occupancy message and using a new randomized wait interval for each such re-initiation of the distributed control procedure. - a sensor input configured to receive sensor signals from at least one occupancy sensing device of the luminaire; - a communication interface for communicating with a lighting network ; - a mode selector configured to select one of a set of operating modes for the luminaire based on a combination of the sensor signals and incoming occupancy messages received from the lighting network; - a local control component configured to control an illumination source of the luminaire according to the selected operating mode; and - a distributed control component configured to selectively broadcast outgoing occupancy messages via the lighting network when a first of the operating modes is selected by initiating a distributed control procedure when an initiation event occurs, the distributed control procedure, once initiated, being performed as follows: - if a randomized wait interval elapses relative to a timing of the initiation of the distributed control procedure without an incoming occupancy message being received from the lighting network, responding by broadcasting an outgoing occupancy message via the lighting network;
A fluid dispenser device comprising: a body that is provided with a dispenser orifice , a reservoir containing fluid and a propellant gas, and a metering valve that is assembled on said reservoir , said reservoir being movable in said body so as to actuate the metering valve and dispense a dose of fluid through said dispenser orifice , said metering valve including a valve member that slides in said metering valve during actuation, said device further comprising at least one sealing element so as to form a leaktight seal, the device being characterized in that at least one sealing element of said device comprises Cyclic Block Copolymer (CBC).
A portable medical apparatus for real-time individualized treatment guidance for a subject , the apparatus comprising: a user interface for obtaining the subject's identification information; a communications module configured for communicating with at least one of (i) a remote server having stored thereon a cloud-based electronic health record that comprises at least the subject's physical body measurements and (ii) a smartphone located within a given immediate proximity of the portable medical apparatus, the communications module further for retrieving, via at least one of the remote server or the smartphone , in response to the subject's identification information, the cloud-based electronic health record; and a controller configured for generating, in response to at least the subject's physical body measurements from the cloud-based electronic health record, real-time individualized treatment guidance to be followed by a user of the portable medical apparatus for administering the individualized treatment to the subject , wherein the user interface further comprises: augmented reality glasses configured to provide the real-time individualized treatment guidance as an overlay guidance for at least one aspect of the individualized treatment of the subject as a function of (i) an image of the subject as viewed by the augmented reality glasses and (ii) the cloud-based electronic health record of the subject's physical body measurements. a user interface for obtaining the subject's identification information; a communications module configured for communicating with at least one of (i) a remote server having stored thereon a cloud-based electronic health record that comprises at least the subject's physical body measurements and (ii) a smartphone located within a given immediate proximity of the portable medical apparatus, the communications module further for retrieving, via at least one of the remote server or the smartphone , in response to the subject's identification information, the cloud-based electronic health record; and a controller configured for generating, in response to at least the subject's physical body measurements from the cloud-based electronic health record, real-time individualized treatment guidance to be followed by a user of the portable medical apparatus for administering the individualized treatment to the subject ,
A medical puncturing device , comprising: a resiliently deformable housing , wherein the housing has a generally tubular structure, wherein at least a portion of the deformable housing includes a continuous cross-section, wherein a portion of the continuous cross-section includes at least one point of resilient deformation; characterized by : a skin puncturing element disposed within the housing, wherein, upon deformation of the housing at the at least one point of deformation, the skin puncturing element is movable from a first position wherein a tip of the skin puncturing element is disposed within the housing to a second position causing the tip to be exposed. a skin puncturing element disposed within the housing, wherein, upon deformation of the housing at the at least one point of deformation, the skin puncturing element is movable from a first position wherein a tip of the skin puncturing element is disposed within the housing to a second position causing the tip to be exposed.
A method for tracking an object, the method comprising: counting a number of access requests to the object, wherein the object comprises one or more address ranges; associating a tag with the object, wherein the tag is associated with a memory address in the one or more address ranges of the object; adding the tag into a translation lookaside buffer entry associated with the memory address, wherein the translation lookaside buffer entry also includes an address translation associated with the memory address; in response to the number of access requests exceeding a predetermined threshold, adding a separate table entry in an object tracking table for each address range of the one or more address ranges of the object and the associated tag, wherein the table entry in the object tracking table maintains a plurality of object statistics for a plurality of memory events; updating an object statistic for an occurrence of an associated memory event; and providing the plurality of memory object statistics to a user entity to optimize memory utilization decisions. counting a number of access requests to the object, wherein the object comprises one or more address ranges; associating a tag with the object, wherein the tag is associated with a memory address in the one or more address ranges of the object; adding the tag into a translation lookaside buffer entry associated with the memory address, wherein the translation lookaside buffer entry also includes an address translation associated with the memory address; in response to the number of access requests exceeding a predetermined threshold, adding a separate table entry in an object tracking table for each address range of the one or more address ranges of the object and the associated tag, wherein the table entry in the object tracking table maintains a plurality of object statistics for a plurality of memory events; updating an object statistic for an occurrence of an associated memory event; and providing the plurality of memory object statistics to a user entity to optimize memory utilization decisions.
A composition consisting essentially of naturally occurring eggshell membrane and eggshell membrane hydrolyzates, for use in the treatment of an NF-κB dysregulation-associated disease or condition of the gastrointestinal system in a human host; wherein said composition is for oral administration in a daily dose of approximately 500 mg, and wherein the disease or condition of the gastrointestinal system is inflammatory bowel disease (IBD), preferably selected from the group consisting of Crohn's disease, ulcerative colitis and irritable bowel syndrome.
Printing system for printing on a material, comprising: an ink formulation module comprising at least one ink reservoir and an ink adjustment system , a printing unit for applying ink to the material, a sensor module comprising at least one probe for generating color measurement data, and a control module being connected to the ink formulation module , the sensor module and the printing unit , wherein the color measurement data comprises at least one ink color value of the ink before being applied on the material by the printing unit , wherein the control module is configured to receive the color measurement data from the sensor module and to transmit an ink adjustment request to the ink formulation module , and wherein the ink formulation module is configured to adjust the ink composition of the ink in the at least one ink reservoir based on the ink adjustment request. an ink formulation module comprising at least one ink reservoir and an ink adjustment system , a printing unit for applying ink to the material, a sensor module comprising at least one probe for generating color measurement data, and a control module being connected to the ink formulation module , the sensor module and the printing unit , wherein the color measurement data comprises at least one ink color value of the ink before being applied on the material by the printing unit , wherein the control module is configured to receive the color measurement data from the sensor module and to transmit an ink adjustment request to the ink formulation module , and wherein the ink formulation module is configured to adjust the ink composition of the ink in the at least one ink reservoir based on the ink adjustment request.
A display device comprising: a light source configured to emit a light beam; a scanner configured to cause the light beam from the light source to scan; a movable screen in which an image is formed by transmitting the light beam from the scanner ; an optical system configured to display project a virtual image of the image formed in the movable screen ; and a driver configured to cause the movable screen to reciprocate in a first direction separating from the scanner and in a second direction approaching the scanner , wherein the image projected is displayed as a virtual image of the image in a space in front of the optical system , and the movable screen reciprocates in a posture inclined to moving directions of the movable screen with a first end of the movable screen farther from the scanner and a second end of the movable screen closer to the scanner , wherein the scanner forms a first image in the movable screen while the movable screen moves in one of the first direction and the second direction, and the optical system displays a vertical image that is a virtual image of the first image formed in the movable screen , in a vertical direction in the space , and/or the scanner forms a second image in the movable screen while the movable screen moves in the other one of the first direction and the second direction, and the optical system further displays a depth image that is a virtual image of the second image formed in the movable screen , in a depth direction that is a direction intersecting a vertical direction in the space . a light source configured to emit a light beam; a scanner configured to cause the light beam from the light source to scan; a movable screen in which an image is formed by transmitting the light beam from the scanner ; an optical system configured to display project a virtual image of the image formed in the movable screen ; and a driver configured to cause the movable screen to reciprocate in a first direction separating from the scanner and in a second direction approaching the scanner , wherein the image projected is displayed as a virtual image of the image in a space in front of the optical system , and the movable screen reciprocates in a posture inclined to moving directions of the movable screen with a first end of the movable screen farther from the scanner and a second end of the movable screen closer to the scanner , wherein the scanner forms a first image in the movable screen while the movable screen moves in one of the first direction and the second direction, and the optical system displays a vertical image that is a virtual image of the first image formed in the movable screen , in a vertical direction in the space , and/or the scanner forms a second image in the movable screen while the movable screen moves in the other one of the first direction and the second direction, and the optical system further displays a depth image that is a virtual image of the second image formed in the movable screen , in a depth direction that is a direction intersecting a vertical direction in the space .
Housing of a means for separating at least one fluid, in particular oil, from gas, in particular air, in particular of an air de-oiling box or of an air de-oiling element, in particular of a compressor, of a compressed-air system or of a vacuum pump, for connecting to a joining part of a connecting means, wherein a filter or separating element is disposed in the housing and the housing is closed by a housing cover which can be connected to the joining part by means of a rotary connection and/or plug-in connection, the cover with at least one first gas passage which is disposed, with respect to an axis , in particular to an assembly axis of the housing , centrally, in particular coaxially, at the connecting means and at least one second gas passage , which is disposed, with respect to the axis , radially outside the at least one first gas passage , characterized by at least one fluid outlet in the housing cover for fluid separated from the gas, said outlet being disposed, with respect to the axis , radially between the at least one first gas passage and the at least one second gas passage , wherein between the at least one second gas passage and the at least one fluid outlet at least one housing-sided fluid outlet sealing element (66; 166) of at least one fluid outlet sealing device is disposed, said sealing element being capable of cooperating sealingly with at least one corresponding joint-sided fluid outlet sealing element of a joining part which is provided for connecting the housing to the connecting means and features a sealing surface acting radially inwards or outwards.
A process for methanol synthesis comprising the following steps: - providing a syngas feed stream comprising hydrogen and a mixture of carbon dioxide and carbon monoxide, wherein carbon dioxide represents from 1 to 50 mol% of the total molar content of the feed stream, carbon monoxide is contained from 0.1 to 85 mol% of the total molar content of the feed stream, and H 2 is comprised from 5 to 95 mol% of the total molar content of the feed stream; - providing an indium oxide catalyst selected from the group consisting of a bulk catalyst consisting in indium oxide and a catalyst comprising indium oxide (In 2 O 3 ) deposited on a support; - putting in contact said stream with said catalyst at a reaction temperature of at least 373 K (99.85°C) and under a pressure of at least 1 MPa; and - recovering the methanol effluents. - providing a syngas feed stream comprising hydrogen and a mixture of carbon dioxide and carbon monoxide, wherein carbon dioxide represents from 1 to 50 mol% of the total molar content of the feed stream, carbon monoxide is contained from 0.1 to 85 mol% of the total molar content of the feed stream, and H 2 is comprised from 5 to 95 mol% of the total molar content of the feed stream; - providing an indium oxide catalyst selected from the group consisting of a bulk catalyst consisting in indium oxide and a catalyst comprising indium oxide (In 2 O 3 ) deposited on a support; - putting in contact said stream with said catalyst at a reaction temperature of at least 373 K (99.85°C) and under a pressure of at least 1 MPa; and - recovering the methanol effluents.
Diagnostic method for detecting discontinuities in a continuous measurement variable, comprising: - detecting an input signal (I), - testing a discontinuity criterion (B D ) on the basis of the input signal (I), - enabling a diagnosis when the discontinuity criterion (B D ) is met: comprising: - detecting the input signal (I) within a propagation time (T) starting from a time (to), - defining the input signal (I 0 ) at the time to of the propagation time (T) as a reference value (R) starting from an initial reference position (Ro), - determining the curve of a relative diagnostic variable (I R ) by shifting the curve of the input signal (I) by a reference difference (R 0 ) between the initial reference position (Ro) and the reference value (R), wherein the curve of the relative diagnostic variable (I R ) is increased by the reference difference (R 0 ) if the reference value (I 0 ; R) is lower than the initial reference position (Ro), and is decreased by the reference difference (R 0 ) if the reference value (I 0 ; R) is higher than the initial reference position (Ro); - comparing the curve of the relative diagnostic variable (I R ) with a diagnostic threshold (D), and testing an error criterion (F K ) according to which the relative diagnostic variable (I R ) exceeds the diagnostic threshold (D). - detecting an input signal (I), - testing a discontinuity criterion (B D ) on the basis of the input signal (I), - enabling a diagnosis when the discontinuity criterion (B D ) is met: comprising: - detecting the input signal (I) within a propagation time (T) starting from a time (to), - defining the input signal (I 0 ) at the time to of the propagation time (T) as a reference value (R) starting from an initial reference position (Ro), - determining the curve of a relative diagnostic variable (I R ) by shifting the curve of the input signal (I) by a reference difference (R 0 ) between the initial reference position (Ro) and the reference value (R), wherein the curve of the relative diagnostic variable (I R ) is increased by the reference difference (R 0 ) if the reference value (I 0 ; R) is lower than the initial reference position (Ro), and is decreased by the reference difference (R 0 ) if the reference value (I 0 ; R) is higher than the initial reference position (Ro); - comparing the curve of the relative diagnostic variable (I R ) with a diagnostic threshold (D), and testing an error criterion (F K ) according to which the relative diagnostic variable (I R ) exceeds the diagnostic threshold (D).
Method for producing a conical filter body for a conical filter of a smokable product, comprising the following steps: - providing a strip-like or strip-shaped filter body material , - separating at least one blank having a predefined geometry from the strip-like or strip-shaped filter body material , - connecting at least two portions (4.1, 4.2) of the at least one blank to form a conical filter body ; wherein a wrapping apparatus is used as a connecting apparatus which comprises at least one conical wrapping body (8.1), characterised in that the at least one conical wrapping body (8.1) is mounted so as to be movable in at least two different degrees of freedom. - providing a strip-like or strip-shaped filter body material , - separating at least one blank having a predefined geometry from the strip-like or strip-shaped filter body material , - connecting at least two portions (4.1, 4.2) of the at least one blank to form a conical filter body ; wherein a wrapping apparatus is used as a connecting apparatus which comprises at least one conical wrapping body (8.1), characterised in that the at least one conical wrapping body (8.1) is mounted so as to be movable in at least two different degrees of freedom.
A cross-linking compound represented by the following Chemical Formula 1: in the Chemical Formula 1, R 1 and R 2 are each independently hydrogen or methyl, R 3 and R 4 are methyl, R 5 and R 6 are each independently hydrogen, C 1-20 alkyl, or C 3-20 cycloalkyl, X is O, S, or CH 2 , and n is an integer of 2 to 10. R 1 and R 2 are each independently hydrogen or methyl, R 3 and R 4 are methyl, R 5 and R 6 are each independently hydrogen, C 1-20 alkyl, or C 3-20 cycloalkyl, X is O, S, or CH 2 , and n is an integer of 2 to 10.