mhurhangee/ep-ind-claims huggingface dataset:
A movable connector comprising: a stationary housing to be fixed to a substrate; a movable housing configured to be capable of moving relative to the stationary housing; and a terminal including: a stationary-side retained portion retained at the stationary housing, a movable-side retained portion retained at the movable housing, wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion, characterized in that: retention of the stationary-side retained portion with respect to the stationary housing is achieved by performing insert molding. a stationary housing to be fixed to a substrate; a movable housing configured to be capable of moving relative to the stationary housing; and a terminal including: a stationary-side retained portion retained at the stationary housing, a movable-side retained portion retained at the movable housing, wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion, a stationary-side retained portion retained at the stationary housing, a movable-side retained portion retained at the movable housing, wherein retention of the movable-side retained portion with respect to the movable housing is achieved by performing press-fitting, and an elastically deformable movable portion positioned between the stationary-side retained portion and the movable-side retained portion,
Use of milk fat globule epidermal growth factor-factor VIII (MFG-E8) for the preparation of a medicament for treating a mammal undergoing sepsis or at risk of sepsis, such that a physiologic effect of the sepsis is prevented or reduced, wherein the MFG-E8 has an amino acid sequence at least 90% identical to SEQ ID NO:1 or SEQ ID NO:2.
An adjustable bed comprising: an articulating support structure having multiple support sections adjustable to various angles including a foot support member with a top surface, a longitudinal edge and lateral edges; a mattress received on the articulating support structure on the top surface of the foot support member and having adjacent longitudinal and lateral edges; at least one tubular fabric tension web attached at an edge of said tensioned web to a bottom surface of a mattress cover proximate a longitudinal edge of a zipper which surrounds the mattress cover to be restrained, said tension web extending only across a center portion of an overall width of the foot support member inset from the lateral edges of the foot support member said tension web having a retaining bar received therethrough; and, brackets on the top surface to receive ends of the retaining bars, said brackets inset from the longitudinal edge of the foot support member. an articulating support structure having multiple support sections adjustable to various angles including a foot support member with a top surface, a longitudinal edge and lateral edges; a mattress received on the articulating support structure on the top surface of the foot support member and having adjacent longitudinal and lateral edges; at least one tubular fabric tension web attached at an edge of said tensioned web to a bottom surface of a mattress cover proximate a longitudinal edge of a zipper which surrounds the mattress cover to be restrained, said tension web extending only across a center portion of an overall width of the foot support member inset from the lateral edges of the foot support member said tension web having a retaining bar received therethrough; and, brackets on the top surface to receive ends of the retaining bars, said brackets inset from the longitudinal edge of the foot support member.
Assembly for emergency oxygen distribution, comprising an oxygen storage cartridge comprising a tubular body closed at two opposite ends (13A, 13B) and delimiting an internal volume that serves to store oxygen, in which: - at least one gas flow control valve (2, 3) is arranged at each of said opposite ends (13A, 13B), and - the internal volume comprises a central chamber containing at least one adsorbent bed, a first gas collection chamber and a second gas collection chamber, the central chamber being located between the first and second gas collection chambers (121, 122), characterized in that the cartridge is fluidically connected to a gas reservoir and to a respiratory interface. - at least one gas flow control valve (2, 3) is arranged at each of said opposite ends (13A, 13B), and - the internal volume comprises a central chamber containing at least one adsorbent bed, a first gas collection chamber and a second gas collection chamber, the central chamber being located between the first and second gas collection chambers (121, 122),
Method for initiating an emergency operating mode of a motor vehicle comprising the steps: - detecting a malfunction of a component of the motor vehicle, - testing whether an emergency operating mode is possible, - signalling the malfunction to the driver, and - initiating the emergency operating mode under predetermined conditions, wherein the emergency operating mode is initiated after active confirmation by the driver. - detecting a malfunction of a component of the motor vehicle, - testing whether an emergency operating mode is possible, - signalling the malfunction to the driver, and - initiating the emergency operating mode under predetermined conditions,
An assay label comprising an amorphous carbon particle, a functionalised dextran polymer passively adsorbed onto the surface of the carbon particle and a first member of a complementary binding pair covalently bonded to the functionalised dextran polymer.
A method of setting user viewing conditions of a video display apparatus comprising the steps of: detecting a peripheral Bluetooth terminal via inquiry scan for connecting the peripheral Bluetooth terminal; determining whether the detected Bluetooth terminal is registered by receiving address information of the detected Bluetooth terminal; displaying a setting menu of a user profile to register the Bluetooth terminal, if it is determined that the Bluetooth terminal is not registered; and generating a user profile of the Bluetooth terminal comprising address information of the Bluetooth terminal and setting values of user viewing conditions by using the displayed setting menu of the user profile, wherein the setting menu of the user profile includes menu lists of registering, calling, and deleting the user profile and changing a priority order of the user profile. detecting a peripheral Bluetooth terminal via inquiry scan for connecting the peripheral Bluetooth terminal; determining whether the detected Bluetooth terminal is registered by receiving address information of the detected Bluetooth terminal; displaying a setting menu of a user profile to register the Bluetooth terminal, if it is determined that the Bluetooth terminal is not registered; and generating a user profile of the Bluetooth terminal comprising address information of the Bluetooth terminal and setting values of user viewing conditions by using the displayed setting menu of the user profile, wherein the setting menu of the user profile includes menu lists of registering, calling, and deleting the user profile and changing a priority order of the user profile.
Retaining adapter for fixing control and signaling devices, in particular pushbuttons, on a front panel, the retaining adapter comprising - a housing having a first recess, and - a mounting plate mounted in the housing having a second recess, wherein the second recess is arranged in alignment with the first recess, so that a control or signaling device can be guided through the two recesses (14, 15) in an axial direction; characterized in that the mounting plate is displaceably mounted in the housing between a first end position and a second end position in the axial direction relative to the housing, so that, when a control or signaling device is fixed on the front panel, the mounting plate is displaceable relative to the housing according to a thickness of the front panel and a height adjustment according to the thickness of the front panel is achievable. - a housing having a first recess, and - a mounting plate mounted in the housing having a second recess, wherein the second recess is arranged in alignment with the first recess, so that a control or signaling device can be guided through the two recesses (14, 15) in an axial direction;
A current sensor comprising: a wiring board; and a plurality of magnetoelectric conversion elements (15a-15h) disposed on the wiring board, which detect magnetism generated when a current flows through a current path to be measured, wherein the plurality of magnetoelectric conversion elements (15a-15h) make up a first magnetoelectric conversion element group (15a-15d) and a second magnetoelectric conversion element group (15e-15h), each made up of a same number of the magnetoelectric conversion elements (15a-15h), wherein a cutout is formed in the wiring board, into which the current path to be measured is inserted and positioned, wherein the first magnetoelectric conversion element group (15a-15d) and the second magnetoelectric conversion element group (15e-15h) are each disposed across a first imaginary line extending in the direction in which the cutout is formed, so as to pass through the placement position of the current path to be measured, and also following the first imaginary line, wherein the magnetoelectric conversion elements (15a-15h) making up the first and second magnetoelectric conversion element groups (15a-15d, 15e-15h) are disposed line-symmetrically as to a second imaginary line which intersects the first imaginary line orthogonally at the placement position of the current path to be measured, wherein the orientation of a sensitivity axis of magnetoelectric conversion elements (15a-15h) having point symmetry about the placement position of the current path to be measured is parallel, wherein element spacing, which is spacing between neighboring magnetoelectric conversion elements (15a-15h) in the first and second magnetoelectric conversion element groups (15a-15d, 15e-15h), is narrower than a group spacing, which is the narrowest spacing between the first magnetoelectric group (15a-15d)and the second magnetoelectric conversion element group (15e-15h), characterized in that the magnetoelectric conversion elements (15a-15h) are disposed on an imaginary ellipse centered on the placement position of the current path to be measured, the semimajor axis (IE1a) of the imaginary ellipse is provided upon the cutout; and the orientation of the sensitivity axis of the magnetoelectric conversion elements (15a, 15d, 15e, 15h) among the magnetoelectric conversion elements (15a-15h) that are closest to the major axis is parallel to the minor axis, and the orientation of the sensitivity axis of the other magnetoelectric conversion elements (15a-15h) is parallel to the major axis of the imaginary ellipse. a wiring board; and a plurality of magnetoelectric conversion elements (15a-15h) disposed on the wiring board, which detect magnetism generated when a current flows through a current path to be measured,
Fibre-optic distribution enclosure, comprising a fibre tray having a flat carrier plate, a storage volume for storing the fibre tray in the fibre-optic distribution enclosure when the fibre tray is in a first tray storage position, and first fibre tray support means for movably fixing the fibre tray in the enclosure, such that the fibre tray can be moved into the first tray storage position in the storage volume, wherein the enclosure comprises second fibre tray support means for movably fixing the fibre tray in the enclosure, such that the fibre tray can be moved into a second tray storage position in the storage volume, and such that the fibre tray occupies a first space in the first storage position, and a second space in the second storage position, and that the first space and the second space intersect, and wherein the carrier plate lying in a first plane when the fibre tray is in the first tray storage position, and lying in a second plane when the fibre tray is in the second tray storage position, characterized by the first plane and the second plane being identical.
A microbubble generator, comprising: an air dissolving tank, defining an air dissolving cavity therein, and having an inlet in an upper portion of the air dissolving tank and an outlet in a lower portion of the air dissolving tank, the inlet and outlet configured to allow water to flow in and out, the inlet being located above the outlet; a baffle, provided in the air dissolving tank, at least partially located between the inlet and the outlet in a horizontal direction, and provided with a gap and/or a through hole; and a cavitator, provided outside the air dissolving tank and connected with the outlet, or provided at the outlet, characterized in that the cavitator comprises: a cavitation casing, provided therein with a water cavity having a cavitation inlet and a cavitation outlet for water to flow in and out, the cavitation inlet being connected with the outlet of the air dissolving tank; and a cavitation ball, movably provided in the water cavity, wherein the water flowing in from the cavitation inlet is able to push the cavitation ball to block the cavitation outlet, and when the cavitation ball is blocked at the cavitation outlet, a Venturi channel is formed between the cavitation ball and an inner wall of the water cavity. an air dissolving tank, defining an air dissolving cavity therein, and having an inlet in an upper portion of the air dissolving tank and an outlet in a lower portion of the air dissolving tank, the inlet and outlet configured to allow water to flow in and out, the inlet being located above the outlet; a baffle, provided in the air dissolving tank, at least partially located between the inlet and the outlet in a horizontal direction, and provided with a gap and/or a through hole; and a cavitator, provided outside the air dissolving tank and connected with the outlet, or provided at the outlet, characterized in that the cavitator comprises: a cavitation casing, provided therein with a water cavity having a cavitation inlet and a cavitation outlet for water to flow in and out, the cavitation inlet being connected with the outlet of the air dissolving tank; and a cavitation ball, movably provided in the water cavity, wherein the water flowing in from the cavitation inlet is able to push the cavitation ball to block the cavitation outlet, and when the cavitation ball is blocked at the cavitation outlet, a Venturi channel is formed between the cavitation ball and an inner wall of the water cavity. a cavitation casing, provided therein with a water cavity having a cavitation inlet and a cavitation outlet for water to flow in and out, the cavitation inlet being connected with the outlet of the air dissolving tank; and a cavitation ball, movably provided in the water cavity, wherein the water flowing in from the cavitation inlet is able to push the cavitation ball to block the cavitation outlet, and when the cavitation ball is blocked at the cavitation outlet, a Venturi channel is formed between the cavitation ball and an inner wall of the water cavity.
A terminal apparatus configured to communicate with a base station apparatus (101, 102), the terminal apparatus comprising: - a DL reception unit configured to receive, from the base station apparatus (101, 102), - a Radio Resource Control, RRC, signaling, wherein the RRC signaling configures applicability of an alternative Channel Quality Information, CQI, table and configures a first Channel State Information, CSI, subframe set, and - a Physical Downlink Shared Channel, PDSCH, - an UL transmission unit configured to report CQI only according to a CQI table or the alternative CQI table, the UL transmission unit configured to report CQI according to the alternative CQI table for the first CSI subframe set and to report CQI according to the CQI table for a second CSI subframe set, in a case that the RRC signaling configures the first CSI subframe set, not the second CSI subframe set, wherein the CQI table includes at least information corresponding to a first modulation scheme, wherein the first modulation scheme includes QPSK, 16QAM, and 64QAM but does not include 256QAM, wherein the alternative CQI table includes at least information corresponding to a second modulation scheme, wherein the second modulation scheme includes QPSK, 16QAM, 64QAM, and 256QAM. - a DL reception unit configured to receive, from the base station apparatus (101, 102), - a Radio Resource Control, RRC, signaling, wherein the RRC signaling configures applicability of an alternative Channel Quality Information, CQI, table and configures a first Channel State Information, CSI, subframe set, and - a Physical Downlink Shared Channel, PDSCH, - a Radio Resource Control, RRC, signaling, wherein the RRC signaling configures applicability of an alternative Channel Quality Information, CQI, table and configures a first Channel State Information, CSI, subframe set, and - a Physical Downlink Shared Channel, PDSCH, - an UL transmission unit configured to report CQI only according to a CQI table or the alternative CQI table, the UL transmission unit configured to report CQI according to the alternative CQI table for the first CSI subframe set and to report CQI according to the CQI table for a second CSI subframe set, in a case that the RRC signaling configures the first CSI subframe set, not the second CSI subframe set,
An assembly comprising an airfoil for a turbine engine rotor wheel and a platform on which the airfoil is suitable for being mounted; a plurality of said airfoils being suitable for being fastened to said platform or to a plurality of said platforms assembled together so as to form a rotor wheel having a wheel axis and defining upstream and downstream directions along that axis, the airfoils being arranged radially in the wheel; in said wheel, the platform or the assembled-together platforms present a surface between the airfoils that is referred to as a platform surface and that radially defines the inside of gas-passing passages formed between the airfoils; said platform surface presenting a circumferential depression extending axially substantially between a leading edge of an airfoil at its upstream end and up to no more than 60% of an axial extent of the airfoil at its downstream end, the assembly being characterized in that: where a "skeleton curve" is the curve representing variations of a skeleton angle (α) of the airfoil in a section plane substantially parallel to the platform surface as a function of position along the axis of the wheel; and where a "linearized skeleton curve" is the curve representing variations of an angle as a function of position along the axis of the wheel that connects together in a straight line the points representing the skeleton angle respectively at 10% and at 90% of the axial extent of the airfoil from the leading edge; in a vicinity of the platform, a lowered portion of the skeleton curve lies under the linearized skeleton curve extending axially over at least half of the axial extent of said depression. where a "skeleton curve" is the curve representing variations of a skeleton angle (α) of the airfoil in a section plane substantially parallel to the platform surface as a function of position along the axis of the wheel; and where a "linearized skeleton curve" is the curve representing variations of an angle as a function of position along the axis of the wheel that connects together in a straight line the points representing the skeleton angle respectively at 10% and at 90% of the axial extent of the airfoil from the leading edge; in a vicinity of the platform, a lowered portion of the skeleton curve lies under the linearized skeleton curve extending axially over at least half of the axial extent of said depression.
Use of polyol esters as additives in aqueous polymer dispersions for production of porous polymer coatings, preferably porous polyurethane coatings, wherein the polyol esters are obtainable by the esterification of a polyglycerol with at least one carboxylic acid.
A method of dynamically setting a rise-over-thermal, ROT, threshold in a communication system, the method comprising: determining whether an outage of communication has occurred, wherein the step of determining whether the outage of communication has occurred comprises: determining which one of a plurality of access terminals is transmitting data to a base transceiver station at a lowest data rate; determining whether a set of data received from the access terminal transmitting at the lowest data rate has an error; and setting a warning flag for the access terminal transmitting at the lowest data rate if the set of data received from the access terminal transmitting at the lowest data rate has an error; increasing the ROT threshold by a predetermined increment if the outage has not occurred; and decreasing the ROT threshold by a predetermined decrement if the outage has occurred. determining whether an outage of communication has occurred, wherein the step of determining whether the outage of communication has occurred comprises: determining which one of a plurality of access terminals is transmitting data to a base transceiver station at a lowest data rate; determining whether a set of data received from the access terminal transmitting at the lowest data rate has an error; and setting a warning flag for the access terminal transmitting at the lowest data rate if the set of data received from the access terminal transmitting at the lowest data rate has an error; determining which one of a plurality of access terminals is transmitting data to a base transceiver station at a lowest data rate; determining whether a set of data received from the access terminal transmitting at the lowest data rate has an error; and setting a warning flag for the access terminal transmitting at the lowest data rate if the set of data received from the access terminal transmitting at the lowest data rate has an error; increasing the ROT threshold by a predetermined increment if the outage has not occurred; and decreasing the ROT threshold by a predetermined decrement if the outage has occurred.
A shock absorber which compensates for thermal expansion, and which includes a compression chamber, a rod guide assembly, a piston slidably disposed within said compression chamber, and a piston rod connected to said piston, a reserve tube, and a cylinder end assembly, characterized in that said shock absorber further comprises a floating pressure tube which forms said compression chamber, said floating pressure tube slidingly engaging said rod guide assembly; said reserve tube is disposed around said floating pressure tube, said reserve tube and said floating pressure tube defining a fluid reservoir; said cylinder end assembly is disposed between said compression chamber and said fluid reservoir for controlling the flow of fluid between said compression chamber and said fluid reservoir, said floating pressure tube slidingly engaging said cylinder end assembly; and a first biasing member is disposed between said floating pressure tube and said rod guide assembly for urging said floating pressure tube axially away from said rod guide assembly; said pressure tube being able to move freely relative to said rod guide assembly and said cylinder end assembly.