mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a lighting and location system, comprising: receiving, by a sensor (134, 138, 204) of a lighting device (102, 104, 200), beacon signals from an asset tag (112, 114, 116,118) during a time window; determining, by a processor of the lighting device (102, 104, 200), signal strengths of the beacon signals received during the time window; the method is characterized by: after the time window, identifying by the processor a representative beacon signal from among the beacon signals received from the asset tag (112, 114, 116,118); and transmitting, by a transmitter of the lighting device (102, 104, 200), ID information of the representative beacon signal and signal strength information of the representative beacon signal. receiving, by a sensor (134, 138, 204) of a lighting device (102, 104, 200), beacon signals from an asset tag (112, 114, 116,118) during a time window; determining, by a processor of the lighting device (102, 104, 200), signal strengths of the beacon signals received during the time window; after the time window, identifying by the processor a representative beacon signal from among the beacon signals received from the asset tag (112, 114, 116,118); and transmitting, by a transmitter of the lighting device (102, 104, 200), ID information of the representative beacon signal and signal strength information of the representative beacon signal.
A method for use in communication involving first and second parties, comprising: determining (505,525) a first capacity of one of an uplink channel and a downlink channel of a communication link between the first and second parties based on a second capacity associated with the other of an uplink or downlink channel of the communication link and an available capacity associated with the uplink and downlink channels of the communication link, wherein the sum of the first and second capacities does not exceed the available capacity; accessing information (510,530) to be transmitted over said one of said channels at a fourth capacity; and dropping (515,535) a portion of the accessed information if the fourth capacity exceeds the first capacity. determining (505,525) a first capacity of one of an uplink channel and a downlink channel of a communication link between the first and second parties based on a second capacity associated with the other of an uplink or downlink channel of the communication link and an available capacity associated with the uplink and downlink channels of the communication link, wherein the sum of the first and second capacities does not exceed the available capacity; accessing information (510,530) to be transmitted over said one of said channels at a fourth capacity; and dropping (515,535) a portion of the accessed information if the fourth capacity exceeds the first capacity.
Wristwatch including a case in or on which there is arranged a first open housing, a wristlet provided with an end arranged in said first open housing, and a fastening means for holding said end of the wristlet in said first housing, said fastening means including a second housing opening onto said first housing and a fastening element arranged in said second housing and occupying one part of said first housing, characterized in that said wristwatch further includes a means of retaining said fastening element.
A method for establishing a trusted relationship between a trusted execution environment, TEE, and a peripheral device, the method comprising: communicating between the TEE and an attestation server to generate an encryption key; establishing, using the encryption key, a secure connection between the TEE and an authentication server; receiving one or more messages at the TEE from the peripheral device indicating one or more credentials of the peripheral device; providing the one or more messages to the authentication server via the secure connection; receiving a pairwise master key if the peripheral device is authenticated; and receiving a trusted communication from the peripheral device based, at least in part, on the pairwise master key. communicating between the TEE and an attestation server to generate an encryption key; establishing, using the encryption key, a secure connection between the TEE and an authentication server; receiving one or more messages at the TEE from the peripheral device indicating one or more credentials of the peripheral device; providing the one or more messages to the authentication server via the secure connection; receiving a pairwise master key if the peripheral device is authenticated; and receiving a trusted communication from the peripheral device based, at least in part, on the pairwise master key.
A nozzle body with a nozzle head, which starts at a forward end face of the nozzle body, and a shaft adjoining the nozzle head, which ends in a rear end face of the nozzle body, wherein the outer surface of the shaft is provided with a thread and the nozzle head is designed such that a turning tool can be set in position such that the nozzle body can be screwed into a threaded hole of the device head of a cleaning device, and wherein a longitudinal channel runs through the nozzle body; the two ends of the channel open out into the end faces (2a, 3a), wherein an annular face is formed in the longitudinal channel of the nozzle body, and a ceramic insert with a concentric longitudinal channel is inserted in the longitudinal channel of the nozzle body, which insert fits against the annular face, characterised in that the,annular face points towards the rear end face on the shaft, and in that the rear end of the shaft projects beyond the inserted ceramic insert, and forms an edge that can be flanged.
Rolled wire rod comprising, by mass%, C: 0.20% to less than 0.40%, Mn: 0.10% to less than 0.40%, S: less than 0.020%, P: less than 0.020%, Cr: 0.70% to 1.60%, Al: 0.005% to 0.060%, Ti: 0.010% to 0.080%, B: 0.0003% to 0.0040%, and N: 0.0020% to 0.0080% and optionally at least one type of Si: 0% to less than 0.40%, Nb: 0% to 0.050%, Cu: 0.50% or less, Ni: 0.30% or less, Mo: 0.05 % or less, V: 0.05 % or less; Zr: 0.05% or less, Ca: 0.005% or less and Mg: 0.005% or less and having a balance of Fe and impurities, wherein if the contents of Ti, N, and S in mass% are respectively [Ti],, and, if ≤0.0010, [Ti] is (4.5× +3.4×) or more and (0.008+3.4×) or less, while if ≥0.0010, [Ti] is (4.5× +3.4×) or more and (8.0× +3.4×) or less, the internal structure is a mixed structure of ferrite and pearlite of an area rate of 95% or more with an area rate of a ferrite fraction of 40% or more, and a mean area of sulfides present in a range from a surface to a D/8 position is less than 6 μm 2 in the case of a diameter of D in mm in a cross-section at a plane including the axial direction, and a mean aspect ratio of the sulfides is 5 or less, wherein the microstructure, the mean area of sulfides and mean aspect ratio of the sulfides are measured as described in the description. C: 0.20% to less than 0.40%, Mn: 0.10% to less than 0.40%, S: less than 0.020%, P: less than 0.020%, Cr: 0.70% to 1.60%, Al: 0.005% to 0.060%, Ti: 0.010% to 0.080%, B: 0.0003% to 0.0040%, and N: 0.0020% to 0.0080% and optionally at least one type of Si: 0% to less than 0.40%, Nb: 0% to 0.050%, Cu: 0.50% or less, Ni: 0.30% or less, Mo: 0.05 % or less, V: 0.05 % or less; Zr: 0.05% or less, Ca: 0.005% or less and Mg: 0.005% or less and having a balance of Fe and impurities, wherein if the contents of Ti, N, and S in mass% are respectively [Ti],, and, if ≤0.0010, [Ti] is (4.5× +3.4×) or more and (0.008+3.4×) or less, while if ≥0.0010, [Ti] is (4.5× +3.4×) or more and (8.0× +3.4×) or less, the internal structure is a mixed structure of ferrite and pearlite of an area rate of 95% or more with an area rate of a ferrite fraction of 40% or more, and a mean area of sulfides present in a range from a surface to a D/8 position is less than 6 μm 2 in the case of a diameter of D in mm in a cross-section at a plane including the axial direction, and a mean aspect ratio of the sulfides is 5 or less, wherein the microstructure, the mean area of sulfides and mean aspect ratio of the sulfides are measured as described in the description.
A system for facilitating transfer of a component from a liquid phase to a fluid phase, said system comprising a contactor being a porous medium comprising a porous body, said contactor being for facilitating transfer of said component between said liquid and said fluid, a fluid purification module for removing said component from said fluid, and a recirculation line for transferring said fluid from said fluid purification module to said contactor, characterised in that said porous medium includes pores having a size between 100 and 500μm, both said liquid and said fluid flow through the porous medium, thereby facilitating mixing of said fluid and said liquid, and said fluid purification module catalytically consumes at least a portion of said component in said fluid.
Turbine engine, in particular for an aircraft, comprising at least one axial shaft (2, 102) rotatably mounted in a casing of the turbine engine, the turbine engine comprising: - an annular reference part (10, 110) which is rigidly connected to a first portion of the shaft of the turbine engine, the reference part (10, 110) comprising short (11, 111) and long (12, 112) longitudinal reference teeth; - first means (7, 107) for detecting the passage of the short (11, 111) and long (12, 112) reference teeth in a first transverse plane so as to measure the speed of the shaft (2, 102) of the turbine engine about its axis; - an annular measurement part (20, 120) which is rigidly connected to a second portion of the shaft of the turbine engine which is remote from said first portion, the measurement part (20, 120) comprising longitudinal measurement teeth (21, 121); and - second means (8, 108) for detecting the passage of the long reference teeth (12, 112) and the measurement teeth (21, 121) in a second transverse plane so as to measure the torque of the shaft (2, 102) of the turbine engine. - an annular reference part (10, 110) which is rigidly connected to a first portion of the shaft of the turbine engine, the reference part (10, 110) comprising short (11, 111) and long (12, 112) longitudinal reference teeth; - first means (7, 107) for detecting the passage of the short (11, 111) and long (12, 112) reference teeth in a first transverse plane so as to measure the speed of the shaft (2, 102) of the turbine engine about its axis; - an annular measurement part (20, 120) which is rigidly connected to a second portion of the shaft of the turbine engine which is remote from said first portion, the measurement part (20, 120) comprising longitudinal measurement teeth (21, 121); and - second means (8, 108) for detecting the passage of the long reference teeth (12, 112) and the measurement teeth (21, 121) in a second transverse plane so as to measure the torque of the shaft (2, 102) of the turbine engine.
Alkaline phosphatase for use in a method for preventing and/or treating atrial fibrillation, wherein said atrial fibrillation is due to reduced renal function.
A system for treating a patient with a heart condition, comprising: an atrial assist device configured to be positioned in the patient's heart to pump blood from an atrium of the patient's heart into a ventricle associated with the atrium; and a controller operatively connected to the AAD and being configured to control the AAD to pump blood from the atrium of the patient's heart into the ventricle associated with the atrium, wherein the controller is configured to control the AAD to assist with the filling of the ventricle during the normal cardiac cycle of the heart by modulating the electrical current supplied to the AAD and synchronizing the current modulation to coincide with diastole and systole phases of the cardiac cycle of the heart; wherein modulating the electrical current supplied to the AAD comprises modulating the electrical current supplies to the AAD between a first current and second current, wherein the second current is greater than the first current; and synchronizing the current modulation to coincide with diastole and systole phases of the cardiac cycle of the heart comprises: supplying the first current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart; and supplying the second current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart. an atrial assist device configured to be positioned in the patient's heart to pump blood from an atrium of the patient's heart into a ventricle associated with the atrium; and a controller operatively connected to the AAD and being configured to control the AAD to pump blood from the atrium of the patient's heart into the ventricle associated with the atrium, wherein the controller is configured to control the AAD to assist with the filling of the ventricle during the normal cardiac cycle of the heart by modulating the electrical current supplied to the AAD and synchronizing the current modulation to coincide with diastole and systole phases of the cardiac cycle of the heart; wherein modulating the electrical current supplied to the AAD comprises modulating the electrical current supplies to the AAD between a first current and second current, wherein the second current is greater than the first current; and synchronizing the current modulation to coincide with diastole and systole phases of the cardiac cycle of the heart comprises: supplying the first current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart; and supplying the second current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart. supplying the first current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart; and supplying the second current to the AAD at least partially in synchronization with a diastole phase of the cardiac cycle of the patient's heart.
A diagnosis support apparatus characterized by comprising: wide-area image acquisition means for acquiring a fundus camera image or an SLO image of an eye portion; detection means for detecting a lesion candidate on the eye portion by analyzing the image acquired by said wide-area image acquisition means; determination means for determining a parameter associated with acquisition of a tomogram of the eye portion, based on a lesion candidate detection result obtained by said detection means; and tomogram acquisition means for acquiring a tomogram of the eye portion based on the parameter determined by said determination means. wide-area image acquisition means for acquiring a fundus camera image or an SLO image of an eye portion; detection means for detecting a lesion candidate on the eye portion by analyzing the image acquired by said wide-area image acquisition means; determination means for determining a parameter associated with acquisition of a tomogram of the eye portion, based on a lesion candidate detection result obtained by said detection means; and tomogram acquisition means for acquiring a tomogram of the eye portion based on the parameter determined by said determination means.
A method of fabricating a cellular structure, the method comprising: a step of feeding a cell aggregate onto thread or needle shaped members, said member forming a net shaped space by said thread or needle shaped member, a step of layering a support with a feed cell aggregate; and a step of removing said threads or needles from a fused cellular structure; wherein the support comprises; multiple frames; and multiple thread or needle shaped members which form a net shaped space surrounded by the multiple frames; wherein said net shaped space can hold cell aggregates. a step of feeding a cell aggregate onto thread or needle shaped members, said member forming a net shaped space by said thread or needle shaped member, a step of layering a support with a feed cell aggregate; and a step of removing said threads or needles from a fused cellular structure;
A pull-in head assembly for releasably connecting a pulling arrangement to an elongate flexible structure of a Cable Protection System during installation of subsea power cables, comprising: a body (30, 130) having a longitudinal axis which defines a pulling axis of the pull-in head; and a retaining member (32, 132) which is configured to secure the pull-in head assembly to an elongate flexible structure such that a pulling force exerted on the body (30, 130) along the pulling axis is transferred to the elongate flexible structure, wherein the pull-in head assembly is configured such that, in use, the body (30, 130) and the elongate flexible structure are rotatable with respect to each other about the pulling axis, wherein the retaining member (32, 132) has at least one retaining feature which is configured to engage with a corresponding retaining groove provided on the elongate flexible structure such that the retaining feature can slide within the groove, and wherein the retaining member (32, 132) is free to rotate within the groove. a body (30, 130) having a longitudinal axis which defines a pulling axis of the pull-in head; and a retaining member (32, 132) which is configured to secure the pull-in head assembly to an elongate flexible structure such that a pulling force exerted on the body (30, 130) along the pulling axis is transferred to the elongate flexible structure, wherein the pull-in head assembly is configured such that, in use, the body (30, 130) and the elongate flexible structure are rotatable with respect to each other about the pulling axis, wherein the retaining member (32, 132) has at least one retaining feature which is configured to engage with a corresponding retaining groove provided on the elongate flexible structure such that the retaining feature can slide within the groove, and wherein the retaining member (32, 132) is free to rotate within the groove.
Cover device for a seat substructure of a vehicle seat, wherein the cover device laterally surrounds the seat substructure, wherein the cover device comprises at least two inherently rigid frame-like elements (4, 4a, 4b, 4c), characterised in that the frame-like elements are telescopically displaceable into each other along an height axis Z, wherein at least one guiding device is provided, by means of which the frame-like elements (4, 4a, 4b, 4c) are guided in a displacement along a height axis Z, wherein at least one elastic element (6, 6a, 6b) is provided, by means of which the cover device, can be reset to a predetermined initial state, wherein the elastic element (6, 6a, 6b) is connected to at least one frame-like element (4 4a, 4b, 4c).
A set of panels comprising a first panel having a first main plane and a second panel having a second main plane, wherein the first panel and the second panel are provided with a mechanical locking device for locking a first edge of the first panel to a second edge of the second panel, wherein the first main plane is essentially perpendicular to the second main plane, wherein the first panel comprises a core comprising fibres arranged essentially parallel to the first main plane and the second panel comprises a core comprising fibres arranged essentially parallel to the second main plane, and the mechanical locking device comprises: an edge section groove at the first edge of the firs panel, wherein an edge section of the second edge of the second panel is insertable into the edge section groove for locking the first panel and the second panel (2, 4) together in a direction parallel to the first main plane; and a flexible tongue arranged in an insertion groove provided in the edge section groove, wherein said flexible tongue cooperates with a tongue groove provided at the edge section of the second panel, for locking the first panel and the second panel (2, 4) in a direction parallel to the second main plane, characterized in that a first thickness of the core material of the first panel between the edge section groove and the outermost surface of the first edge in a direction parallel to the first main plane is greater than a minimum second thickness of the core material of the edge section of the second panel, wherein the first thickness is between 2,0 and 3,0 times larger than the minimum second thickness.
Method of estimating the effect that electrostatic charges residing on the weighing object have on the weighing result of a balance, said balance comprising a force-measuring cell and a load receiver on which to place the object that is to be weighed, wherein the method is characterized in that: a) while a first predefined positive voltage (U 1) and a second predefined negative voltage (U 2) are alternatingly applied to a first electrode which is arranged in the vicinity of the weighing object; b) the forces acting on the force-measuring cell, respectively, during application of said first voltage (U 1) and during application of said second voltage (U 2) are measured and said measurements are registered as the first measurement result (m b1, m c1) and the second measurement result (m b2, m c2); wherein c) the difference (Δmb, Δmc) between the first measurement result (m b1, m c1) and the second measurement result (m b2, mc 2) represents the magnitude of the influence that the electrostatic charges residing on the weighing object are having on the weighing result; and d) the difference (Δmb, Δmc) between the first measurement result (m b1, m c1) and the second measurement result (m b2, mc 2) represents an essentially proportional part of the force resulting from electrostatic charges residing on the weighing object, which causes a change in the weighing result and is sent as a signal to a processor unit. a) while a first predefined positive voltage (U 1) and a second predefined negative voltage (U 2) are alternatingly applied to a first electrode which is arranged in the vicinity of the weighing object; b) the forces acting on the force-measuring cell, respectively, during application of said first voltage (U 1) and during application of said second voltage (U 2) are measured and said measurements are registered as the first measurement result (m b1, m c1) and the second measurement result (m b2, m c2); wherein c) the difference (Δmb, Δmc) between the first measurement result (m b1, m c1) and the second measurement result (m b2, mc 2) represents the magnitude of the influence that the electrostatic charges residing on the weighing object are having on the weighing result; and d) the difference (Δmb, Δmc) between the first measurement result (m b1, m c1) and the second measurement result (m b2, mc 2) represents an essentially proportional part of the force resulting from electrostatic charges residing on the weighing object, which causes a change in the weighing result and is sent as a signal to a processor unit.