mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for communicating information between an automated vehicle and a remote terminal, comprising the steps of: providing information to be communicated between the automated vehicle and the remote terminal; packaging said information by means of a packaging unit (14, 24) as a sequence of N data packets (P 1 -P N), wherein each data packet (P 1 -P N) is provided with a unique data packet number ranging from 1 to N indicating the position of each data packet in the sequence of data packets; transmitting the sequence of N data packets (P 1 -P N) via a first communication link between the automated vehicle and the remote terminal and also via at least a second communication link between the automated vehicle and the remote terminal, said first and at least second communication link (A, B) established by means of an automated vehicle communication unit (26, 28) and a remote terminal communication unit (16, 18); assembling a complete sequence of N unique data packets (P 1 -P N) by means of an assembling unit (18, 28, 29) after each unique data packet (P 1 -P N) has been successfully communicated via either said first or at least second communication link (A, B), characterized in that the sequence of N data packets (P 1 -P N) is transmitted via said first communication link in an order of ascending data packet numbers and via said at least second communication link in an order of descending data packet numbers. providing information to be communicated between the automated vehicle and the remote terminal; packaging said information by means of a packaging unit (14, 24) as a sequence of N data packets (P 1 -P N), wherein each data packet (P 1 -P N) is provided with a unique data packet number ranging from 1 to N indicating the position of each data packet in the sequence of data packets; transmitting the sequence of N data packets (P 1 -P N) via a first communication link between the automated vehicle and the remote terminal and also via at least a second communication link between the automated vehicle and the remote terminal, said first and at least second communication link (A, B) established by means of an automated vehicle communication unit (26, 28) and a remote terminal communication unit (16, 18); assembling a complete sequence of N unique data packets (P 1 -P N) by means of an assembling unit (18, 28, 29) after each unique data packet (P 1 -P N) has been successfully communicated via either said first or at least second communication link (A, B), characterized in that the sequence of N data packets (P 1 -P N) is transmitted via said first communication link in an order of ascending data packet numbers and via said at least second communication link in an order of descending data packet numbers.
A computer-implemented method for authenticating beacon devices, the method comprising: receiving, by one or more computing devices, a static identifier and a message integrity code from an observing entity, the observing entity having previously received the static identifier and the message integrity code from a beacon device, wherein the message integrity code comprises a time-varied obscuration of the static identifier associated with the beacon device; determining, by the one or more computing devices, a validity of the message integrity code by matching the message integrity code versus a plurality of expected message integrity codes; and when the message integrity code is determined to be valid, providing, by the one or more computing devices, the observing entity with an authentication of the beacon device. receiving, by one or more computing devices, a static identifier and a message integrity code from an observing entity, the observing entity having previously received the static identifier and the message integrity code from a beacon device, wherein the message integrity code comprises a time-varied obscuration of the static identifier associated with the beacon device; determining, by the one or more computing devices, a validity of the message integrity code by matching the message integrity code versus a plurality of expected message integrity codes; and when the message integrity code is determined to be valid, providing, by the one or more computing devices, the observing entity with an authentication of the beacon device.
A two-component solventless adhesive composition, comprising: an isocyanate component comprising an isocyanate prepolymer that is the reaction product of reactants comprising: at least one polyisocyanate; at least one polyol selected from the group consisting of a polyester polyol, a polyether polyol, and combinations thereof; and at least one polyol having two or more OH groups and a hydrogen-bridging group selected from O=C-O -, O=C-C-O -, O=C-C=C-O -, or protonated forms thereof, and a polyol component comprising at least one polyol selected from the group consisting of a polyester polyol, a polyether polyol, and combinations thereof. an isocyanate component comprising an isocyanate prepolymer that is the reaction product of reactants comprising: at least one polyisocyanate; at least one polyol selected from the group consisting of a polyester polyol, a polyether polyol, and combinations thereof; and at least one polyol having two or more OH groups and a hydrogen-bridging group selected from O=C-O -, O=C-C-O -, O=C-C=C-O -, or protonated forms thereof, and at least one polyisocyanate; at least one polyol selected from the group consisting of a polyester polyol, a polyether polyol, and combinations thereof; and at least one polyol having two or more OH groups and a hydrogen-bridging group selected from O=C-O -, O=C-C-O -, O=C-C=C-O -, or protonated forms thereof, and a polyol component comprising at least one polyol selected from the group consisting of a polyester polyol, a polyether polyol, and combinations thereof.
A control system for a load-handling clamp mountable on a vehicle, said clamp having a pair of opposed load-engagement clamping surfaces (12, 14) capable of clamping opposite sides of a load, said clamp being mountable on said vehicle so that at least one of said clamping surfaces is closable toward the other clamping surface along a direction extending substantially across a direction of approach of said vehicle toward said load, characterised in that said control system being capable of generating a variable signal indicating a desired pre-engagement position of said clamp, from which said clamping surfaces can clamp said load, wherein said variable signal indicates the desired pre-engagement position of said clamp in response to both: (a) first information related to an internal feature determined by the load type and/or load geometric configuration and that the load type and/or load geometric configuration are in turn ascertainable from human, and/or sensor or machine vision, observation of load characteristics, or from load identification code reading of said load; (b) second information indicative of a desired pre-engagement position of said clamp from which said clamping surfaces (12, 14) can clamp said load depending on said internal feature of said load. (a) first information related to an internal feature determined by the load type and/or load geometric configuration and that the load type and/or load geometric configuration are in turn ascertainable from human, and/or sensor or machine vision, observation of load characteristics, or from load identification code reading of said load; (b) second information indicative of a desired pre-engagement position of said clamp from which said clamping surfaces (12, 14) can clamp said load depending on said internal feature of said load.
A first apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the first apparatus to: generate a sequence of test messages using a seed address as both a message in the sequence of test messages and as an indicator of the location in a test data generation table of the next test message in the sequence; and transmit the generated sequence of test messages to a second apparatus for use by the second apparatus in identifying errors associated with transmission of the test message sequence. generate a sequence of test messages using a seed address as both a message in the sequence of test messages and as an indicator of the location in a test data generation table of the next test message in the sequence; and transmit the generated sequence of test messages to a second apparatus for use by the second apparatus in identifying errors associated with transmission of the test message sequence.
A lower extremity orthosis (201;211;401;605) comprising: at least one actuator (208;306;406;608) configured to control a motion of at least one joint of a person wearing the orthosis; a handle (202;214;302,303;402;604) provided on the orthosis, the handle including a force sensor configured to produce a signal representing a force applied to the handle by an individual, and a controller (206;305;405;603) in communication with the force sensor and the at least one actuator, wherein the controller is configured to modify the motion based on the signal from the force sensor. at least one actuator (208;306;406;608) configured to control a motion of at least one joint of a person wearing the orthosis; a handle (202;214;302,303;402;604) provided on the orthosis, the handle including a force sensor configured to produce a signal representing a force applied to the handle by an individual, and a controller (206;305;405;603) in communication with the force sensor and the at least one actuator, wherein the controller is configured to modify the motion based on the signal from the force sensor.
A process for purification of a target biomolecule, comprising the steps: (a) contacting (i) a target biomolecule, (ii) a dual affinity polypeptide, and (iii) a solid support comprising a catching ligand or dual affinity polypeptide binding site, wherein the ratio between the equilibrium dissociation constants of the dual affinity polypeptide, [K D,t / K D,s], is at least 10° at standard conditions; and (b) recovering the target biomolecule by elution, wherein the target affinity polypeptide and the dual affinity polypeptide are contacted in solution before the mixture is contacting the solid support comprising a catching ligand or dual affinity polypeptide binding site.
A method of operating a Tx user equipment, UE, in a wireless communication system, the method comprising: receiving, by the Tx UE, radio access network, RAN, paging; initiating, by the Tx UE, a radio resource control, RRC, resume procedure; and transmitting, by the Tx UE, an RRC message based on sidelink radio link failure, RLF, to a base station, BS, wherein the RRC message is related to reporting of the sidelink RLF to the BS, and wherein the RRC message includes a destination identifier, ID, related to the sidelink RLF, and wherein, based on the sidelink RLF, a transmission related to a resource request for pending data is not performed by the Tx UE. receiving, by the Tx UE, radio access network, RAN, paging; initiating, by the Tx UE, a radio resource control, RRC, resume procedure; and transmitting, by the Tx UE, an RRC message based on sidelink radio link failure, RLF, to a base station, BS, wherein the RRC message is related to reporting of the sidelink RLF to the BS, and wherein the RRC message includes a destination identifier, ID, related to the sidelink RLF, and wherein, based on the sidelink RLF, a transmission related to a resource request for pending data is not performed by the Tx UE.
An annuloplasty prosthesis for repairing an atrial-ventricular valve having a valve annulus, the prosthesis comprising: a sheath; an arcuate stiffening element within the sheath, the stiffening element defining discrete first and second ends (28, 30) separated by a lateral spacing (L S); and an imaging element disposed within the sheath along the lateral spacing. a sheath; an arcuate stiffening element within the sheath, the stiffening element defining discrete first and second ends (28, 30) separated by a lateral spacing (L S); and an imaging element disposed within the sheath along the lateral spacing.
A method for coating an interconnect for a solid oxide cell stack, said method comprising - providing an interconnect substrate comprising Cr and Fe, - coating the interconnect substrate with a first metallic layer by electroplating and/or electroless plating, - coating the resulting structure with a second layer of metallic cobalt by electroplating and/or electroless plating, - coating the resulting structure with a layer of metallic copper by ion-exchange plating, thereby forming a metallic copper-cobalt coating on the interconnect. - providing an interconnect substrate comprising Cr and Fe, - coating the interconnect substrate with a first metallic layer by electroplating and/or electroless plating, - coating the resulting structure with a second layer of metallic cobalt by electroplating and/or electroless plating, - coating the resulting structure with a layer of metallic copper by ion-exchange plating,
A three-dimensional woven fabric for a bioprosthesis docking device, the 3D woven fabric comprising first, second, and third different types of fibers or yarns, wherein: the first type of fiber or yarn comprises a shape memory material; the second type of fiber or yarn comprises a low-melt thermoplastic polymer or resin having a melting point of 85 degrees Celsius to 200 degrees Celsius; and the third type of fiber or yarn comprises a high-tenacity biocompatible material having a tenacity of about 0.44 N/tex (5 grams per Denier) or more. the first type of fiber or yarn comprises a shape memory material; the second type of fiber or yarn comprises a low-melt thermoplastic polymer or resin having a melting point of 85 degrees Celsius to 200 degrees Celsius; and the third type of fiber or yarn comprises a high-tenacity biocompatible material having a tenacity of about 0.44 N/tex (5 grams per Denier) or more.
A method for managing a secure session, comprising: detecting a login event at an electronic device using a first login method to initiate a secure session for a user; capturing an initial image of the user at a same time as the login event using a camera of the electronic device capturing initial sensor data at the same time as the login event, wherein the initial sensor data comprises data relating to one or more environmental factors; monitoring for changes in the initial sensor data during the secure session; maintaining the secure session based on the initial sensor data and the monitored changes from the initial sensor data; and during the secure session, permitting access to the electronic device using reidentification if a confidence score remains an acceptable value based on the monitored changes from the initial sensor data. detecting a login event at an electronic device using a first login method to initiate a secure session for a user; capturing an initial image of the user at a same time as the login event using a camera of the electronic device capturing initial sensor data at the same time as the login event, wherein the initial sensor data comprises data relating to one or more environmental factors; monitoring for changes in the initial sensor data during the secure session; maintaining the secure session based on the initial sensor data and the monitored changes from the initial sensor data; and during the secure session, permitting access to the electronic device using reidentification if a confidence score remains an acceptable value based on the monitored changes from the initial sensor data.
A carburetor, comprising: a first and a second body; a fuel chamber being a pump chamber located between the first and the second body; a multilayer subassembly being a dynamic portion clamped between the first and the second body, the dynamic portion comprising a first layer of material being a support layer and a second layer of a different material bonded with the first layer of material, wherein the second layer is a sealing layer; and a fuel flow valve being a flapper valve (142, 144) that opens and closes to allow fuel flow into or out of the pump chamber, wherein the dynamic portion includes a fuel pump diaphragm defining a portion of the pump chamber, wherein the fuel pump diaphragm is formed by a continuous portion of the sealing layer, which moves in response to a pressure differential across the continuous portion of the sealing layer, characterized in that the support layer flexes during operation of the flapper valve (142, 144), wherein a valve seat side of the flapper valve (142, 144) is formed by a portion of the sealing layer and the support layer is present on the opposite or non-sealing side of the flapper valve (142, 144). a first and a second body; a fuel chamber being a pump chamber located between the first and the second body; a multilayer subassembly being a dynamic portion clamped between the first and the second body, the dynamic portion comprising a first layer of material being a support layer and a second layer of a different material bonded with the first layer of material, wherein the second layer is a sealing layer; and a fuel flow valve being a flapper valve (142, 144) that opens and closes to allow fuel flow into or out of the pump chamber, wherein the dynamic portion includes a fuel pump diaphragm defining a portion of the pump chamber, wherein the fuel pump diaphragm is formed by a continuous portion of the sealing layer, which moves in response to a pressure differential across the continuous portion of the sealing layer, characterized in that the support layer flexes during operation of the flapper valve (142, 144), wherein a valve seat side of the flapper valve (142, 144) is formed by a portion of the sealing layer and the support layer is present on the opposite or non-sealing side of the flapper valve (142, 144).
An air-conditioning control and monitoring apparatus that performs operating control of a plurality of air-conditioning devices installed in a building according to instructions transmitted from a client terminal via a web browser, that monitors the operating statuses of the air-conditioning devices, and that provides operating status information, which is information about the operating statuses of the air-conditioning devices, to the client terminal, the air-conditioning control and monitoring apparatus being characterized in that it comprises: storage means for dividing a window related to the operating statuses of the air-conditioning devices, displayed on the client terminal, into a plurality of regions and for storing, for each region, information to be displayed in each region and a data file in which a refresh period for the displayed information is written; and first communication means for reading out the data files for all regions constituting the window from the storage means when a display request for the window is received from the client terminal and transmitting the data files to the client terminal, wherein one of the plurality of data files constituting the window contains assessment information for assessing whether another data file can be correctly received at the client terminal, and the data file containing the assessment information is not refreshed, or the refresh period thereof is set to be longer than the refresh period of the data file to be assessed. storage means for dividing a window related to the operating statuses of the air-conditioning devices, displayed on the client terminal, into a plurality of regions and for storing, for each region, information to be displayed in each region and a data file in which a refresh period for the displayed information is written; and first communication means for reading out the data files for all regions constituting the window from the storage means when a display request for the window is received from the client terminal and transmitting the data files to the client terminal, wherein one of the plurality of data files constituting the window contains assessment information for assessing whether another data file can be correctly received at the client terminal, and the data file containing the assessment information is not refreshed, or the refresh period thereof is set to be longer than the refresh period of the data file to be assessed.
A fitting for a building door, with an actuator, and with a fitting body, wherein the fitting body comprises a front side, a back side, and lateral surfaces (103, 104, 105, 106), wherein the back side serves for the arrangement at a building door, wherein the fitting body includes a carrier and a screen on the front side for covering the carrier, wherein the fitting is configured as an electromechanical fitting, wherein the fitting includes a coupling element, which is movable by means of an electrical drive, wherein the coupling element is movable into a coupled position by means of the drive, whereby a mechanical coupling of the actuator with a transmission element occurs by means of the coupling element such that a torque is transferable from the actuator onto a lock, wherein the coupling element is movable into an uncoupled position by means of the drive, whereby an uncoupling of the actuator from the transmission element occurs, wherein the actuator is actuatable both when the coupling element is in the uncoupled position and when the coupling element is in a coupled position, wherein in the uncoupled position the actuator with the coupling element is out of the operative connection with a counter-coupling element, and in the coupled position the coupling element is in operative connection with the counter-coupling element or may be brought into the operative connection with the counter-coupling element by means of a movement of the actuator, characterized in that the carrier is at least partially visible at least at one lateral surface (103, 104, 105, 106) of the fitting body, and in that the carrier includes a counter-coupling reception for the counter-coupling element.
An in-vitro method of determining whether an agent is a neuroeffector, the method comprising: (a) labeling dopaminergic neurons which are comprised in a mixed population of cells with a fluorescent dopamine analog in the presence of a dopamine receptor antagonist, wherein said dopamine receptor antagonist comprises Sulpiride or an addition of the dopamine transporter blocker GBR; (b) measuring a level of fluorescence in said mixed population of cells; (c) exposing said mixed population of cells to said agent; (d) remeasuring a level of fluorescence in said mixed population of cells, wherein a change in said level of fluorescence is indicative of the substance being a neuroeffector, wherein said fluorescent dopamine analogue comprises a dopamine labelled with dansyl molecule. (a) labeling dopaminergic neurons which are comprised in a mixed population of cells with a fluorescent dopamine analog in the presence of a dopamine receptor antagonist, wherein said dopamine receptor antagonist comprises Sulpiride or an addition of the dopamine transporter blocker GBR; (b) measuring a level of fluorescence in said mixed population of cells; (c) exposing said mixed population of cells to said agent; (d) remeasuring a level of fluorescence in said mixed population of cells, wherein a change in said level of fluorescence is indicative of the substance being a neuroeffector,