mhurhangee/ep-ind-claims huggingface dataset:
A surveying instrument comprising: a surveying instrument main body made up of a base portion and a rotating pedestal to be rotated horizontally with respect to the base portion; a guide light irradiation unit configured to irradiate guide light to indicate a collimation direction of the surveying instrument main body to a survey operator; and a support member supporting a lens barrel portion of a distance-measuring optical system vertically rotatably on the rotating pedestal, a cover member which covers the surveying instrument main body including the support member, the lens barrel portion and the guide light irradiation unit, wherein, the guide light consists of light differing in pattern between the left and the right of an optical axis center of the guide light irradiation unit, characterized in that the guide light irradiation unit is horizontally shifted with respect to the lens barrel portion and held by the support member so that an optical axis of the guide light irradiation unit becomes substantially parallel to an optical axis of the lens barrel portion in the horizontal direction, and a horizontal shift distance D between the optical axis of the guide light irradiation unit and the optical axis of the lens barrel portion satisfies: tan(α/2) × Cmin > D provided that α is an irradiation angle of the guide light in the horizontal direction, and Cmin is a shortest use distance of the surveying instrument. a surveying instrument main body made up of a base portion and a rotating pedestal to be rotated horizontally with respect to the base portion; a guide light irradiation unit configured to irradiate guide light to indicate a collimation direction of the surveying instrument main body to a survey operator; and a support member supporting a lens barrel portion of a distance-measuring optical system vertically rotatably on the rotating pedestal, a cover member which covers the surveying instrument main body including the support member, the lens barrel portion and the guide light irradiation unit, wherein, the guide light consists of light differing in pattern between the left and the right of an optical axis center of the guide light irradiation unit, characterized in that the guide light irradiation unit is horizontally shifted with respect to the lens barrel portion and held by the support member so that an optical axis of the guide light irradiation unit becomes substantially parallel to an optical axis of the lens barrel portion in the horizontal direction, and a horizontal shift distance D between the optical axis of the guide light irradiation unit and the optical axis of the lens barrel portion satisfies: tan(α/2) × Cmin > D tan(α/2) × Cmin > D provided that α is an irradiation angle of the guide light in the horizontal direction, and Cmin is a shortest use distance of the surveying instrument.
A method for operating a millimeter wave, mmWave, user equipment, UE, the method comprising: • measuring, by the mmWave UE, beam-formed reference signals, each beam-formed reference signal being received from a different mmWave transmission point, TP, among a plurality of mmWaveTPs (step 809); • sending, by the mmWave UE, a cloud cell formation request including a measurement report comprising indicators associated with best mmWave TPs determined in accordance with the measured beam-formed reference signals to a legacy Evolved Node B, eNB, to trigger a forwarding of the cloud cell formation request by the eNB to a central controller (step 819); • receiving, by the mmWave UE, a cloud cell formation request response including indicators associated with a subset of the best mmWave TPs selected by the central controller in accordance with selection information from the legacy eNB, wherein the subset of the best mmWave TPs includes a first mmWave transmission point, TP, serving as a master TP and a second mmWave TP serving as a slave TP (step 821); and • establishing, by the mmWave UE, a cloud cell with mmWave TPs of the subset of the best mmWave TPs selected by the central controller, wherein a data connection is established with the slave TP and at least a control connection is established with the master TP, wherein the mmWave UE is simultaneously connected to the legacy eNB and the master TP. • measuring, by the mmWave UE, beam-formed reference signals, each beam-formed reference signal being received from a different mmWave transmission point, TP, among a plurality of mmWaveTPs (step 809); • sending, by the mmWave UE, a cloud cell formation request including a measurement report comprising indicators associated with best mmWave TPs determined in accordance with the measured beam-formed reference signals to a legacy Evolved Node B, eNB, to trigger a forwarding of the cloud cell formation request by the eNB to a central controller (step 819); • receiving, by the mmWave UE, a cloud cell formation request response including indicators associated with a subset of the best mmWave TPs selected by the central controller in accordance with selection information from the legacy eNB, wherein the subset of the best mmWave TPs includes a first mmWave transmission point, TP, serving as a master TP and a second mmWave TP serving as a slave TP (step 821); and • establishing, by the mmWave UE, a cloud cell with mmWave TPs of the subset of the best mmWave TPs selected by the central controller, wherein a data connection is established with the slave TP and at least a control connection is established with the master TP, wherein the mmWave UE is simultaneously connected to the legacy eNB and the master TP.
A method for synthesizing Rivaroxaban intermediate, 4-{4-[ -5-(aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]phenyl}morpholin-3-one, comprising: step: the condensation of compound 6 with compound 5 to form compound 7; and step: hydrolyzing compound 7 to provide compound 4, i.e., 4-{4-[ -5-(aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]phenyl}morpholin-3-one, wherein the reaction scheme is described as follows: step: the condensation of compound 6 with compound 5 to form compound 7; and step: hydrolyzing compound 7 to provide compound 4, i.e., 4-{4-[ -5-(aminomethyl)-2-oxo-1,3-oxazolidin-3-yl]phenyl}morpholin-3-one, wherein
A method of opening a door of a refrigerator, comprising the ordered steps of: detecting the presence of a person in the front of the refrigerator through a second detection device; projecting an optical pattern through a sensor assembly on a bottom surface at which the refrigerator is placed, the optical pattern serving as a virtual switch; determining whether or not a first detection device detects a door opening signal before a reference time passes from a time when the second detection device detects the person or from the time when the optical pattern is projected, the door opening signal indicating that the virtual switch on the bottom surface is occluded; and opening the door of the refrigerator through a door opening device if it is determined that the first detection device detects the door opening signal within the reference time. detecting the presence of a person in the front of the refrigerator through a second detection device; projecting an optical pattern through a sensor assembly on a bottom surface at which the refrigerator is placed, the optical pattern serving as a virtual switch; determining whether or not a first detection device detects a door opening signal before a reference time passes from a time when the second detection device detects the person or from the time when the optical pattern is projected, the door opening signal indicating that the virtual switch on the bottom surface is occluded; and opening the door of the refrigerator through a door opening device if it is determined that the first detection device detects the door opening signal within the reference time.
A polypeptide having at least 90% sequence identity to a sequence selected from any one of SEQ ID NOs: 4-8, 12, and 13, or a pharmaceutically acceptable salt thereof, wherein said polypeptide has a pipecolic acid (Pip) residue at position 3 and has pituitary adenylate cyclase-activating polypeptide activity.
A balloon catheter for use in connection with a guidewire, comprising: an elongated, tubular shaft extending in a longitudinal direction, said shaft having a proximal end and a distal end; an inflatable balloon supported along the distal end of the shaft, the balloon when inflated including first and second spaced ends and a working surface between the ends; and at least one wire including at least a radiopaque portion for identifying the location of working surface of the balloon, the at least one wire at least partially comprising a polymer, and the at least one wire extending along an outer surface of the balloon. an elongated, tubular shaft extending in a longitudinal direction, said shaft having a proximal end and a distal end; an inflatable balloon supported along the distal end of the shaft, the balloon when inflated including first and second spaced ends and a working surface between the ends; and at least one wire including at least a radiopaque portion for identifying the location of working surface of the balloon, the at least one wire at least partially comprising a polymer, and the at least one wire extending along an outer surface of the balloon.
A three-dimensional multilayer fabric, comprising a surface layer, a backing layer and an intermediate layer connecting the surface layer and the backing layer, wherein the surface layer includes sequential unstitched surface portions and sequential stitched surface portions formed in an alternating and repeating pattern, the unstitched surface portions being essentially composed of surface warp threads only and the stitched surface portions being composed of the surface warp threads and intermediate warp threads; wherein the backing layer includes sequential unstitched backing portions and sequential stitched backing portions formed in an alternating and repeating pattern, the unstitched backing portions being essentially composed of backing warp threads only and the stitched backing portions being composed of the backing warp threads and the intermediate warp threads; and wherein the intermediate layer includes sequential intermediate portions composed of the intermediate warp threads only, each of the intermediate portions consisting of a first intermediate portion and a second intermediate portion connected to the stitched surface portions and the stitched backing portions in an alternating and repeating pattern, the intermediate warp threads being woven without interlacing with weft threads on the surfaces of the unstitched backing portions and exposed to the outside, followed by shearing, characterized in that the first intermediate portion and the second intermediate portion are composed of different kinds of warp threads, namely first intermediate warp threads and second intermediate warp threads.
Method for stabilizing a vehicle combination, with a towing vehicle and a trailer moved by the towing vehicle, in which the towing vehicle is monitored with regard to rolling movements and, if an actual or expected unstable handling performance of the towing vehicle or of the vehicle combination is identified, measures stabilizing the handling are taken, and the measures stabilizing the handling are controlled as a function of the yaw acceleration (Ψ̈), wherein the maximum of the yaw acceleration (Ψ̈) is determined, characterized in that the measures stabilizing the handling are initiated as soon as a maximum of the yaw acceleration (Ψ̈) has been identified, and in that the measures stabilizing the handling are carried out during an ESP control under the condition that the ESP threshold or thresholds is or are modified, and an ESP intervention is initiated or ended when said threshold or thresholds is or are exceeded or fallen short of.
A process of hermetically sealing a conductive feed through comprising: a. applying to a first substrate a first enamel trace parallel to the substrate edge. b. applying a second enamel trace which contains a conductor across the first enamel trace such that it contacts the first substrate in the area adjacent both edges of the first enamel. c. applying a third enamel trace parallel to the substrate edge substantially over the first enamel trace, and d. heating the respective enamels. a. applying to a first substrate a first enamel trace parallel to the substrate edge. b. applying a second enamel trace which contains a conductor across the first enamel trace such that it contacts the first substrate in the area adjacent both edges of the first enamel. c. applying a third enamel trace parallel to the substrate edge substantially over the first enamel trace, and d. heating the respective enamels.
A computer system for providing a treatment proposal for a dentition of a patient, the computer system comprising a processor and a memory storing program instructions executable by the processor, wherein execution of the program instructions by the processor causes the computer system to: provide a 3D digital model of a current state of the dentition as a current state model using scan data of the dentition; provide a 3D digital model of a target state of the dentition to be achieved as a target state model, the target state model being generated using the current state model; provide a set of treatment options for treating the dentition, each of the treatment options defining one or more pre-defined measures of dentition modifications, each of the treatment options being assigned with a set of one or more feasibility requirements to be met by the dentition for the treatment option to be feasible; check one or more of the provided treatment options, wherein the checking comprises determining whether the dentition of the patient is meeting the feasibility requirements assigned to the treatment option being checked using the current state model; in case the dentition is determined to meet the feasibility requirements assigned to the treatment option being checked, provide the treatment proposal identifying the respective treatment option and implementation parameters determined for the measures of the identified treatment option for modifying the current state model such that one or more discrepancies of the current state model relative to the target state model are compensated. provide a 3D digital model of a current state of the dentition as a current state model using scan data of the dentition; provide a 3D digital model of a target state of the dentition to be achieved as a target state model, the target state model being generated using the current state model; provide a set of treatment options for treating the dentition, each of the treatment options defining one or more pre-defined measures of dentition modifications, each of the treatment options being assigned with a set of one or more feasibility requirements to be met by the dentition for the treatment option to be feasible; each of the treatment options defining one or more pre-defined measures of dentition modifications, each of the treatment options being assigned with a set of one or more feasibility requirements to be met by the dentition for the treatment option to be feasible; check one or more of the provided treatment options, wherein the checking comprises determining whether the dentition of the patient is meeting the feasibility requirements assigned to the treatment option being checked using the current state model; in case the dentition is determined to meet the feasibility requirements assigned to the treatment option being checked, provide the treatment proposal identifying the respective treatment option and implementation parameters determined for the measures of the identified treatment option for modifying the current state model such that one or more discrepancies of the current state model relative to the target state model are compensated.
Method for applying a serrated rear edge to a blade rear edge of a rotor blade of a wind turbine that has a pressure side and a suction side, comprising the steps: - disposing the serrated rear edge, with an attaching portion, on a surface of the blade rear edge, and - attaching the serrated rear edge, in the region of the attaching portion, to the rotor blade by means of adhesive, - the serrated rear edge being disposed on the suction side and being additionally fixed by application of an overlapping dimensionally stable material strip to the pressure side, and - the dimensionally stable material strip being disposed on the pressure side and on the serrated rear edge such that it completely overlaps a transition between the blade rear edge and the serrated rear edge, or - the serrated rear edge being disposed on the pressure side and additionally fixed by application of an overlapping dimensionally stable material strip to the suction side, and - the dimensionally stable material strip being disposed on the suction side and on the serrated rear edge such that it completely overlaps a transition between the blade rear edge and the serrated rear edge. - disposing the serrated rear edge, with an attaching portion, on a surface of the blade rear edge, and - attaching the serrated rear edge, in the region of the attaching portion, to the rotor blade by means of adhesive, - the serrated rear edge being disposed on the suction side and being additionally fixed by application of an overlapping dimensionally stable material strip to the pressure side, and - the dimensionally stable material strip being disposed on the pressure side and on the serrated rear edge such that it completely overlaps a transition between the blade rear edge and the serrated rear edge, or - the serrated rear edge being disposed on the pressure side and additionally fixed by application of an overlapping dimensionally stable material strip to the suction side, and - the dimensionally stable material strip being disposed on the suction side and on the serrated rear edge such that it completely overlaps a transition between the blade rear edge and the serrated rear edge.
Method for operating a hydraulic system of an industrial truck, which hydraulic system has a hydraulic pump which is driven by a drive motor, and at least one consumer which is driven by the volume flow of the hydraulic pump, wherein when the consumer is actuated the volume flow of the hydraulic pump is controlled as a function of the actuating signal of an actuator element, in particular of a joystick or of a manual operator lever, wherein the hydraulic pump is configured as a fixed displacement pump with a fixed delivery volume, and when the consumer is actuated the volume flow of the hydraulic pump is controlled as a function of the actuating signal of the actuator element, in particular of a joystick or of a manual operator lever, by means of a rotational speed specification (n soll) of the drive motor, characterized in that the temperature of the pressure medium is measured with a temperature sensor, and when the consumer is actuated the volume flow of the hydraulic pump is controlled as a function of the temperature of the pressure medium in such a way that when the volume flow of the hydraulic pump is controlled, the influences of the temperature of the pressure medium on the volume flow which is delivered by the hydraulic pump are compensated, as a result of which a fixed volume flow for the consumer is made available over the entire temperature operating range of the pressure medium for the actuating signal of the actuator element, wherein in order to compensate the influences of the temperature of the pressure medium on the volume flow which is delivered by the hydraulic pump a temperature-dependent adaptation of the rotational speed specification (n soll) of the drive motor is carried out, and the temperature-dependent adaptation of the rotational speed specification (n soll) is carried out in such a way that as the temperature of the pressure medium rises the rotational speed specification (n soll) of the drive motor is increased.
A method of performing minimization of drive tests, MDT, measurement reporting in a mobile communications network, the method comprising: selecting a first user equipment, UE, device within a cluster of UE devices to be a cluster representative UE device; providing by other UE devices of the cluster MDT measurement reports to the first UE device via a first radio interface; and communicating by the first UE device the measurement reports to a base station via a second radio interface, wherein the UE devices of the cluster are residing in a radio cell coverage of the base station, characterized in that the other UE devices being in an RRC_IDLE mode of operation together with the first UE device form the cluster when the other UE devices come across the first UE device that is residing in a RRC_CONNECTED mode of operation, wherein the cluster is a D2D cluster. selecting a first user equipment, UE, device within a cluster of UE devices to be a cluster representative UE device; providing by other UE devices of the cluster MDT measurement reports to the first UE device via a first radio interface; and communicating by the first UE device the measurement reports to a base station via a second radio interface,
A method comprising: - starting in a user apparatus, a remote support application that contains address information to a remote support site, said user apparatus, having a connection with a local electric drive apparatus in a local site; - establishing a remote support session between the user apparatus, and a server apparatus, in the remote support site; characterized in that said method further comprises: - detecting in the user apparatus, an input requesting a live support session with virtual drive assistance; - causing sending from the user apparatus, to the server apparatus, in the remote support session a request for a live support session with virtual drive assistance; - causing establishing,, while continuing to run the remote support application and the remote support session, a live support session with virtual drive assistance between a user apparatus, and a service desk apparatus, in the remote support site, said service desk apparatus, having connection to a virtual drive tool, for virtual drive assistance; - forwarding by said user apparatus, parameter settings and other relevant process information of the local electric drive apparatus to said service desk apparatus,; and - receiving by said user apparatus, assistance from said service desk apparatus, controlling and/or operating said virtual drive tool,. - starting in a user apparatus, a remote support application that contains address information to a remote support site, said user apparatus, having a connection with a local electric drive apparatus in a local site; - establishing a remote support session between the user apparatus, and a server apparatus, in the remote support site; - detecting in the user apparatus, an input requesting a live support session with virtual drive assistance; - causing sending from the user apparatus, to the server apparatus, in the remote support session a request for a live support session with virtual drive assistance; - causing establishing,, while continuing to run the remote support application and the remote support session, a live support session with virtual drive assistance between a user apparatus, and a service desk apparatus, in the remote support site, said service desk apparatus, having connection to a virtual drive tool, for virtual drive assistance; - forwarding by said user apparatus, parameter settings and other relevant process information of the local electric drive apparatus to said service desk apparatus,; and - receiving by said user apparatus, assistance from said service desk apparatus, controlling and/or operating said virtual drive tool,.