mhurhangee/ep-ind-claims huggingface dataset:
A connector comprising: a body having an insulating property, the body including a front surface in an insertion direction (γ) of the body and a rear surface on an opposite side to the front surface in the insertion direction; a plurality of contacts (200a, 200b) provided in the body; and a reinforcing member projecting from the front surface of the body; the connector further including a tuboid shield case, wherein the shield case includes: a bottom plate, a top plate and a pair of side plates; a bent portion at a central portion of the bottom plate, being bent inward and extending in the insertion direction; wherein rear portions of the top plate and the side plates define an accommodating space adapted to receive the body in the insertion direction with the front surface of the body abutting against a rear edge of the bottom plate in the insertion direction; characterised in that the reinforcing member is configured to fit in at least a part of the bent portion at the central portion of the bottom plate. a body having an insulating property, the body including a front surface in an insertion direction (γ) of the body and a rear surface on an opposite side to the front surface in the insertion direction; a plurality of contacts (200a, 200b) provided in the body; and a reinforcing member projecting from the front surface of the body; a bottom plate, a top plate and a pair of side plates; a bent portion at a central portion of the bottom plate, being bent inward and extending in the insertion direction; wherein rear portions of the top plate and the side plates define an accommodating space adapted to receive the body in the insertion direction with the front surface of the body abutting against a rear edge of the bottom plate in the insertion direction;
A monoclonal antibody or an antigen-binding fragment thereof for use in treating or preventing hypercholesterolemia or an atherosclerotic disease related to elevated serum cholesterol levels; or for use in reducing the risk of a recurrent cardiovascular event related to elevated serum cholesterol levels; wherein the monoclonal antibody or the antigen-binding fragment thereof binds to the catalytic domain of a PCSK9 protein of the amino acid sequence of SEQ ID NO: 1, and prevents or reduces the binding of PCSK9 to LDLR. treating or preventing hypercholesterolemia or an atherosclerotic disease related to elevated serum cholesterol levels; or for use in reducing the risk of a recurrent cardiovascular event related to elevated serum cholesterol levels; wherein the monoclonal antibody or the antigen-binding fragment thereof binds to the catalytic domain of a PCSK9 protein of the amino acid sequence of SEQ ID NO: 1, and prevents or reduces the binding of PCSK9 to LDLR.
Method for manufacturing an aircraft fuselage with at least two fuselage barrels (8, 10, 12) to be interconnected in a transverse joint region, wherein transverse joint elements (20, 22, 44) required for the transverse joint comprise a plurality of connecting elements and two ring-type connecting segments (20, 22) forming a fuselage cross-section in the transverse joint region, characterised in that the transverse joint elements (20, 22, 44) required for the transverse joint are oriented facing one another and, as such, are prepared for the subsequent transverse joint and in a subsequent step are inserted into the fuselage barrels (8, 10), and wherein the preparation of the transverse joint elements (20, 22, 44) comprises placing sockets (46, 48) into the connecting segments (20, 22) to accommodate the connecting elements.
Method for managing, by a centralized device, access to a radio resource by at least one peripheral, the centralized device and said at least one peripheral being elements of a monitoring system, the centralized device having to receive at least one message from each peripheral in a first predetermined time interval and having to receive at least one message from at least one peripheral in a second time interval prior to the commencement of monitoring of the monitoring system, the second time interval being less than the first time interval, characterized in that the method comprises the steps of: - determining, for each peripheral, the instant at which the peripheral must send a message to the centralized device on the basis of the first and second predetermined time intervals and of the number of peripherals, - on receipt of a message from each peripheral, determining a new instant at which the peripheral must send a message to the centralized device on the basis of the instant of receipt of the message and of the instant at which the peripheral should send a message to the centralized device, - transferring (E408, E410) the new instant at which the peripheral must send a message to the centralized device to the peripheral that sent the message received. - determining, for each peripheral, the instant at which the peripheral must send a message to the centralized device on the basis of the first and second predetermined time intervals and of the number of peripherals, - on receipt of a message from each peripheral, determining a new instant at which the peripheral must send a message to the centralized device on the basis of the instant of receipt of the message and of the instant at which the peripheral should send a message to the centralized device, - transferring (E408, E410) the new instant at which the peripheral must send a message to the centralized device to the peripheral that sent the message received.
A dishwasher comprising: a tub at least partially defining a treating chamber having an access opening; a dishrack; a guide rail assembly slidably mounting the dishrack to the tub and comprising: a guide rail (42, 44) mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector, at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face, and a set of ball bearings located in the second raceway, wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways (64, 74) axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways (64, 74) are aligned and the ball bearings extend into both the first and second raceways (64, 74), wherein the ball bearings each have a ball diameter, characterised in that the deflector defines a depth spaced from the first raceway a distance equal to 1/6 to 1/2 the ball diameter. a tub at least partially defining a treating chamber having an access opening; a dishrack; a guide rail assembly slidably mounting the dishrack to the tub and comprising: a guide rail (42, 44) mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector, at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face, and a set of ball bearings located in the second raceway, wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways (64, 74) axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways (64, 74) are aligned and the ball bearings extend into both the first and second raceways (64, 74), a guide rail (42, 44) mounted to one of the dishrack and tub and having at least one integral axle with a first raceway and terminating in a deflector, at least one wheel having a rim with a face defining an axle opening and a second raceway located in the face, and a set of ball bearings located in the second raceway, wherein the axle opening is sized to receive the axle such that the at least one wheel can be slid onto the axle until the first and second raceways (64, 74) axially align and the ball bearings in the second raceway are deflected by the deflector into the second raceway until the first and second raceways (64, 74) are aligned and the ball bearings extend into both the first and second raceways (64, 74), wherein the ball bearings each have a ball diameter,
A vehicle-mountable display device comprising: an image display unit configured to be mounted to a position of an inner rearview mirror in a cabin of a vehicle, the image display unit including an image display capable of displaying an image captured by an imaging unit mounted in the vehicle, characterized by comprising a half mirror disposed on a front surface of the image display; a driving unit for driving the image display unit; and an orientation controller for controlling the driving unit to control an orientation of the image display unit, wherein the orientation controller is configured to: turn the orientation of the image display unit into a rearview-mirror-mode orientation when the image display unit operates at a rearview mirror mode in which the half-mirror is used as a rearview mirror; and turn the orientation of the image display unit into a display-mode orientation different from the rearview-mirror-mode orientation when the image display unit operates at a display mode in which the image display displays the captured image, and wherein a normal line of the half mirror at the display-mode orientation is closer to a driver than the normal line of the half mirror at the rearview-mirror-mode orientation. an image display unit configured to be mounted to a position of an inner rearview mirror in a cabin of a vehicle, the image display unit including an image display capable of displaying an image captured by an imaging unit mounted in the vehicle, characterized by comprising a half mirror disposed on a front surface of the image display; a driving unit for driving the image display unit; and an orientation controller for controlling the driving unit to control an orientation of the image display unit, wherein the orientation controller is configured to: turn the orientation of the image display unit into a rearview-mirror-mode orientation when the image display unit operates at a rearview mirror mode in which the half-mirror is used as a rearview mirror; and turn the orientation of the image display unit into a display-mode orientation different from the rearview-mirror-mode orientation when the image display unit operates at a display mode in which the image display displays the captured image, and turn the orientation of the image display unit into a rearview-mirror-mode orientation when the image display unit operates at a rearview mirror mode in which the half-mirror is used as a rearview mirror; and turn the orientation of the image display unit into a display-mode orientation different from the rearview-mirror-mode orientation when the image display unit operates at a display mode in which the image display displays the captured image, and wherein a normal line of the half mirror at the display-mode orientation is closer to a driver than the normal line of the half mirror at the rearview-mirror-mode orientation.
A medical system comprising: a steerable medical instrument comprising a steerable tip at a distal end thereof; at least one actuator (122,123); and control means adapted to command the at least one actuator (122,123) to cause the medical instrument to be steered according to an insertion control mode as the medical instrument moves in an insertion direction through a body passage and in response to detecting movement of the medical instrument in the retraction direction, adapted to deactivate the at least one actuator (122,123) to allow the steerable tip of the medical instrument to move in compliance with lateral forces exerted against the medical instrument by a wall of the body passage as the medical instrument moves in a retraction direction through the body passage. a steerable medical instrument comprising a steerable tip at a distal end thereof; at least one actuator (122,123); and control means adapted to command the at least one actuator (122,123) to cause the medical instrument to be steered according to an insertion control mode as the medical instrument moves in an insertion direction through a body passage and in response to detecting movement of the medical instrument in the retraction direction, adapted to deactivate the at least one actuator (122,123) to allow the steerable tip of the medical instrument to move in compliance with lateral forces exerted against the medical instrument by a wall of the body passage as the medical instrument moves in a retraction direction through the body passage.
A device comprising: a die comprising a microfluidic device and fluidic and electrical routing for the functioning of the microfluidic device; a polymer substrate formed around the die with an upper surface of the die being fully exposed with respect to the substrate; and a separate fluid manifold attached to the polymer substrate over the die and on a same side of the substrate as the upper surface of the die, the manifold to deliver fluid to the die. a die comprising a microfluidic device and fluidic and electrical routing for the functioning of the microfluidic device; a polymer substrate formed around the die with an upper surface of the die being fully exposed with respect to the substrate; and a separate fluid manifold attached to the polymer substrate over the die and on a same side of the substrate as the upper surface of the die, the manifold to deliver fluid to the die.
A bucket for screening and crushing inert material, comprising an outer casing, an inlet section for the entry of the material to be crushed into the casing, a crushing unit of the type with jaws arranged in the casing for crushing the material and comprising at least one movable jaw with alternating motion in a crushing direction perpendicular to a feed direction of the material and a screening device for screening the material to be crushed, disposed in a position intermediate between the inlet aperture and the crushing unit and comprising at least two rotating members parallel to one another wherein the rotation of said members is suitable for carrying out screening of parts of material to be crushed which are of a size below a predetermined dimension, wherein each of said rotating members supports a plurality of discs with axis parallel to the axis of rotation of their respective rotating member, said axis being perpendicular to the feed direction, characterized in that the discs are disposed eccentric with respect to the rotation axis of their respective rotating member, the discs of each rotating member being offset with one another with respect to the rotation axis of their respective rotating member and exhibiting the same eccentricity (e) of the corresponding discs of a rotating member adjacent to it.
A recombinant polypeptide comprising a homologous amino acid repeat, wherein the homologous amino acid repeat has at least 75% amino acid sequence identity to the sequence of Gly-Val-Leu-Pro-Gly-Val-Gly (SEQ ID NO: 1; iTEP A), wherein one of the amino acid residues is proline and one or more of the amino acid residues is valine, and wherein the homologous amino acid repeat is a sequence that is reiterated or duplicated linearly.
An isolated nucleic acid molecule comprising: a nucleotide sequence that encodes a synthetic chloroplast transit peptide, wherein the synthetic CTP comprises the amino acid sequence SEQ ID NO:11, and a nucleotide sequence of interest encoding a peptide of interest operably linked to the synthetic CTP-encoding nucleotide sequence, wherein the nucleic acid molecule encodes a chimeric polypeptide comprising a peptide encoded by the nucleotide sequence of interest and the synthetic chloroplast transit peptide. a nucleotide sequence that encodes a synthetic chloroplast transit peptide, wherein the synthetic CTP comprises the amino acid sequence SEQ ID NO:11, and a nucleotide sequence of interest encoding a peptide of interest operably linked to the synthetic CTP-encoding nucleotide sequence, wherein the nucleic acid molecule encodes a chimeric polypeptide comprising a peptide encoded by the nucleotide sequence of interest and the synthetic chloroplast transit peptide.
A treatment system comprising: a holding section that has a pair of openable/closable parts (11, 12) and is configured to hold a living tissue and further has a heat generation section for applying thermal energy to the held living tissue; a signal output section configured to supply a drive signal to the heat generation section; a setting section configured to set a target temperature of the heat generation section; a signal detection section configured to detect a current and a voltage of the drive signal; a fault detection section configured to detects a precursory phenomenon of a fault of the heat generation section; a control section configured to perform temperature control of the heat generation section by adjusting a power of the drive signal; and an announcement section configured to announce a warning when the fault detection section detects the precursory phenomenon, characterized by a signal extraction section configured to extract an extracted signal of a predetermined frequency band from the drive signal, wherein the fault detection section is configured to detect the precursory phenomenon of a fault of the heat generation section when the extracted signal reaches or exceeds a predetermined threshold, and the predetermined frequency band is 0.1 Hz or above and 20 Hz or below. a holding section that has a pair of openable/closable parts (11, 12) and is configured to hold a living tissue and further has a heat generation section for applying thermal energy to the held living tissue; a signal output section configured to supply a drive signal to the heat generation section; a setting section configured to set a target temperature of the heat generation section; a signal detection section configured to detect a current and a voltage of the drive signal; a fault detection section configured to detects a precursory phenomenon of a fault of the heat generation section; a control section configured to perform temperature control of the heat generation section by adjusting a power of the drive signal; and an announcement section configured to announce a warning when the fault detection section detects the precursory phenomenon, characterized by a signal extraction section configured to extract an extracted signal of a predetermined frequency band from the drive signal, wherein the fault detection section is configured to detect the precursory phenomenon of a fault of the heat generation section when the extracted signal reaches or exceeds a predetermined threshold, and the predetermined frequency band is 0.1 Hz or above and 20 Hz or below.
A method comprising: determining, by a first communication device, a power-management state of a second communication device, the second communication device operable according to a plurality of power-management states of greater or lesser power usage corresponding to varying levels of activity, wherein determining the power-management state of the second communication device comprises retrieving status information of the second communication device; transmitting, by the first communication device, one or more packets to the second communication device over a communication link, the one or more packets to be received by the second communication device while in the power-management state; receiving, from the second communication device over the communication link, one or more response packets in response to the one or more packets; and determining a latency of the communication link when the second communication device is in the power-management state based on the one or more packets and the one or more response packets. determining, by a first communication device, a power-management state of a second communication device, the second communication device operable according to a plurality of power-management states of greater or lesser power usage corresponding to varying levels of activity, wherein determining the power-management state of the second communication device comprises retrieving status information of the second communication device; transmitting, by the first communication device, one or more packets to the second communication device over a communication link, the one or more packets to be received by the second communication device while in the power-management state; receiving, from the second communication device over the communication link, one or more response packets in response to the one or more packets; and determining a latency of the communication link when the second communication device is in the power-management state based on the one or more packets and the one or more response packets.
A method for a surge protective device, SPD (300a;300b), the method comprising: obtaining (405;505;605) a current measurement value from a measurement of an input or an output current of a victim unit associated with the SPD; obtaining (410;610) a voltage measurement value from a measurement of a voltage over the SPD (300a;300b); determining (415b;620) whether to initiate a voltage limitation in the SPD based on the current measurement value and the voltage measurement value; and initiating the voltage limitation, in case it is determined to initiate the voltage limitation, the method characterised by the step of determining whether to initiate the voltage limitation comprising: comparing the current measurement value with a current threshold value; comparing the voltage measurement value with a first voltage threshold value; and determining to initiate the voltage limitation when the current measurement value exceeds the current threshold value and the voltage measurement value exceeds the first voltage threshold value. obtaining (405;505;605) a current measurement value from a measurement of an input or an output current of a victim unit associated with the SPD; obtaining (410;610) a voltage measurement value from a measurement of a voltage over the SPD (300a;300b); determining (415b;620) whether to initiate a voltage limitation in the SPD based on the current measurement value and the voltage measurement value; and initiating the voltage limitation, in case it is determined to initiate the voltage limitation, the method characterised by the step of determining whether to initiate the voltage limitation comprising: comparing the current measurement value with a current threshold value; comparing the voltage measurement value with a first voltage threshold value; and determining to initiate the voltage limitation when the current measurement value exceeds the current threshold value and the voltage measurement value exceeds the first voltage threshold value. comparing the current measurement value with a current threshold value; comparing the voltage measurement value with a first voltage threshold value; and determining to initiate the voltage limitation when the current measurement value exceeds the current threshold value and the voltage measurement value exceeds the first voltage threshold value.