mhurhangee/ep-ind-claims huggingface dataset:
A self-locking floor covering element which comprises, on the one hand, a lower face intended to rest on the floor, on the other hand, an upper face, opposite the lower face, and whereupon people or vehicles are required to circulate, further on the other hand, lateral sides (4; 4a; 4b; 4c), which extend between the lower face and the upper face, and, also on the other hand, at least one distancing means, which equips at least one of the lateral sides (4; 4a; 4b; 4c), which projects relative to said at least one of the lateral sides (4; 4a; 4b; 4c), which is configured to hold another adjacent floor covering element at a determined distance, and which comprises at least, on the one hand, a lower portion, on the other hand, an upper portion which has a width less than the width of the lower portion, further on the other hand, an intermediate portion, which extends between the lower portion and the upper portion, which connects the lower portion and the upper portion, and which comprises lateral faces (80; 80;) which converge from the lower portion and toward the upper portion, said at least one distancing means also on the other hand comprising a distal part which is intended to come to be positioned at least near another adjacent self-locking floor covering element and, also on the other hand, a proximal part, which is interposed between the distal part and said at least one of the lateral sides (4; 4a; 4b; 4c), which extends from said at least one of the lateral sides (4; 4a; 4b; 4c), and which comprises at least one narrower part which has a width smaller than the width of the distal part, the width being considered along a direction parallel to the lower face, parallel to the upper face, and parallel to a lateral plane along which said at least one of the lateral sides (4; 4a; 4b; 4c) extends, characterized in that at least the lower portion of said at least one distancing means comprises said distal part as well as said proximal part which comprises said at least one narrower part.
Torque transmission device in a drive train of a motor vehicle having a clutch device which can be rotated about a rotational axis and is received in a housing, with a friction region for connecting a drive side to an output side in a frictionally locking manner, and a first passage opening which is provided for feeding fluid into the housing, and a second passage opening which is provided for discharging fluid from the housing, and a first cooling fluid flow which passes the first and second opening and flows through the friction region in order to cool the friction region, the friction region being flowed through by a second cooling fluid flow which circulates in the housing, predominantly bypassing a passage through the first and second passage opening (42, 44), a first flow path being formed between the friction region and the first passage opening, and a second flow path being formed between the friction region and the second passage opening, the clutch device being assigned a disconnecting region which disconnects the two flow paths substantially from one another, with the result that the predominant portion of the cooling fluid flow which passes the first flow path flows through the friction region, characterized in that the disconnecting region can be partially opened or closed in order to disconnect the first flow path and the second flow path in the case of a defined rotational speed ratio between the drive side and the output side, with the result that at least part of the second cooling fluid flow can flow through the disconnecting region.
A method for measuring a mean visco-elasticity value for a soft tissue, the method implemented by means of a device (1, 10) comprising a single probe carrying at least: - a first transducer (2, GTb) configured to generate an ultrasound beam in a first zone that is a constraint zone in the tissue, - a second transducer (T1, GT1) configured to send pulses along a first ultrasound line at a second zone that is a measurement zone in the tissue and is away from the first zone, and - an optional third transducer (T2, GT2) configured to send pulses along a second ultrasound line at a third zone that is a measurement zone in the tissue and is away from the first zone and the second zone, the method comprising the steps of: - inducing, by means of the first transducer, at least one burst of mechanical vibrations in order to generate an internal shear wave in the tissue propagating from the first zone into the tissue, inducing transient tissue displacements, - measuring, by means of the second transducer, the transient tissue displacements in the second zone in the tissue, - optionally measuring, by means of the third transducer, the transient tissue displacements in the third zone, and - estimating, by means of a processing system, a mean visco-elasticity of a region of tissue situated at a depth of interest and between the second zone and one of the first or third zones, the shear wave having propagated in the region, from the measured transient tissue displacements of the tissue in the second zone, the mean visco-elasticity being deduced from the velocity of the shear wave between the second zone and the first or third zone respectively. - a first transducer (2, GTb) configured to generate an ultrasound beam in a first zone that is a constraint zone in the tissue, - a second transducer (T1, GT1) configured to send pulses along a first ultrasound line at a second zone that is a measurement zone in the tissue and is away from the first zone, and - an optional third transducer (T2, GT2) configured to send pulses along a second ultrasound line at a third zone that is a measurement zone in the tissue and is away from the first zone and the second zone, - inducing, by means of the first transducer, at least one burst of mechanical vibrations in order to generate an internal shear wave in the tissue propagating from the first zone into the tissue, inducing transient tissue displacements, - measuring, by means of the second transducer, the transient tissue displacements in the second zone in the tissue, - optionally measuring, by means of the third transducer, the transient tissue displacements in the third zone, and - estimating, by means of a processing system, a mean visco-elasticity of a region of tissue situated at a depth of interest and between the second zone and one of the first or third zones, the shear wave having propagated in the region, from the measured transient tissue displacements of the tissue in the second zone, the mean visco-elasticity being deduced from the velocity of the shear wave between the second zone and the first or third zone respectively.
An apparatus comprising: a reservoir for holding a chemical solution, the reservoir having an upper portion, a lower portion, a bottom and a sidewall; a pump for circulating the chemical solution, the pump having an inlet and an outlet, the inlet and the outlet connected to the reservoir by a pump inlet line and a pump discharge line respectively; a discharge nozzle disposed in the lower portion of the reservoir for discharging the solution toward the bottom of the reservoir, the discharge nozzle having an inlet port connected by a nozzle inlet line to the pump discharge line through the sidewall of the reservoir, and the discharge nozzle having an outlet port; a grid for holding a chemical product, the grid having openings therein; and the reservoir, pump, pump inlet line, pump discharge line, nozzle inlet line and nozzle forming a closed loop recirculation system effective to suspend insoluble material in the chemical solution, wherein the pump inlet line is connected to the sidewall of the reservoir at a location below a normal surface level of the solution, and the pump discharge line is connected to the sidewall of the reservoir above said location, characterised in that the discharge nozzle comprises ports for creating a venturi effect to draw the solution back into the discharge nozzle, and that a sprayer is disposed beneath the grid, wherein the sprayer sprays water upward through said openings onto the chemical product. a reservoir for holding a chemical solution, the reservoir having an upper portion, a lower portion, a bottom and a sidewall; a pump for circulating the chemical solution, the pump having an inlet and an outlet, the inlet and the outlet connected to the reservoir by a pump inlet line and a pump discharge line respectively; a discharge nozzle disposed in the lower portion of the reservoir for discharging the solution toward the bottom of the reservoir, the discharge nozzle having an inlet port connected by a nozzle inlet line to the pump discharge line through the sidewall of the reservoir, and the discharge nozzle having an outlet port; a grid for holding a chemical product, the grid having openings therein; and the reservoir, pump, pump inlet line, pump discharge line, nozzle inlet line and nozzle forming a closed loop recirculation system effective to suspend insoluble material in the chemical solution, the pump inlet line is connected to the sidewall of the reservoir at a location below a normal surface level of the solution, and the pump discharge line is connected to the sidewall of the reservoir above said location,
A microscope objective lens comprising, in order from an object side: a first lens group having a positive refractive power, a second lens group, and a third lens group having a negative refractive power, wherein the first lens group includes a positive lens component having a lens surface positioned nearest to the object side and having a negative refractive power and at least one cemented lens component having a combined positive refractive power, the second lens group includes a diffractive optical element that joins two diffractive element components and respectively made from different optical materials and which has a diffractive optical surface on which diffractive grating grooves are formed on the bonded surface of the two diffractive element components, and at least one cemented lens component, the third lens group includes at least one achromatic lens component, and a lens surface of the third lens group nearest to the image side is arranged so that a concave surface of the lens surface faces the image side, the microscope objective lens configured such that if f denotes a focal length of the entire system and f12 denotes a combined focal length of the first lens group and the second lens group, then the microscope objective lens satisfies a condition expressed by 1.5 ≤ f 12 / f ≤ 2.5, and if f denotes a focal length of the entire system and f3 denotes a focal length of the third lens group, then the microscope objective lens satisfies a condition expressed by 10 ≤ f 3 / f ≤ 20. a first lens group having a positive refractive power, a second lens group, and a third lens group having a negative refractive power, wherein the first lens group includes a positive lens component having a lens surface positioned nearest to the object side and having a negative refractive power and at least one cemented lens component having a combined positive refractive power, the second lens group includes a diffractive optical element that joins two diffractive element components and respectively made from different optical materials and which has a diffractive optical surface on which diffractive grating grooves are formed on the bonded surface of the two diffractive element components, and at least one cemented lens component, the third lens group includes at least one achromatic lens component, and a lens surface of the third lens group nearest to the image side is arranged so that a concave surface of the lens surface faces the image side, the microscope objective lens configured such that if f denotes a focal length of the entire system and f12 denotes a combined focal length of the first lens group and the second lens group, then the microscope objective lens satisfies a condition expressed by 1.5 ≤ f 12 / f ≤ 2.5, and if f denotes a focal length of the entire system and f3 denotes a focal length of the third lens group, then the microscope objective lens satisfies a condition expressed by 10 ≤ f 3 / f ≤ 20.
A method performed by a first wireless device configured to operate in a wireless communication system, the method comprising: reserving a set of resources comprising at least a first resource and a second resource for a first sidelink transmission from the first wireless device to a second wireless device, wherein the set of resources comprising at least the first resource and the second resource is considered as a sidelink grant for a hybrid automatic repeat request, HARQ, process; receiving, from a third wireless device, sidelink control information, SCI, related to a second sidelink transmission from the third wireless device to the first wireless device; performing a reference signal received power, RSRP, measurement related to the SCI; determining that i) a result of the RSRP measurement related to the SCI is higher than a threshold, ii) the SCI determines a resource for the second sidelink transmission which overlaps with the first resource, and iii) a priority related to the second sidelink transmission is higher than a priority related to the first sidelink transmission; clearing the first resource from the sidelink grant, adding a third resource to the sidelink grant; and performing the first sidelink transmission to the second wireless device based on the sidelink grant comprising at least the second resource and the third resource. reserving a set of resources comprising at least a first resource and a second resource for a first sidelink transmission from the first wireless device to a second wireless device, wherein the set of resources comprising at least the first resource and the second resource is considered as a sidelink grant for a hybrid automatic repeat request, HARQ, process; receiving, from a third wireless device, sidelink control information, SCI, related to a second sidelink transmission from the third wireless device to the first wireless device; performing a reference signal received power, RSRP, measurement related to the SCI; determining that i) a result of the RSRP measurement related to the SCI is higher than a threshold, ii) the SCI determines a resource for the second sidelink transmission which overlaps with the first resource, and iii) a priority related to the second sidelink transmission is higher than a priority related to the first sidelink transmission; clearing the first resource from the sidelink grant, adding a third resource to the sidelink grant; and performing the first sidelink transmission to the second wireless device based on the sidelink grant comprising at least the second resource and the third resource.
A method for reporting a measurement report of an adjacent cell performed by a terminal device, characterized by comprising: receiving a measurement report offset in a form of a 3-bit reported value delivered by a network; and mapping the measurement report offset to a mapping value in a form of a 6-bit reported value by using a 6-bit reported value mapping manner, and using the mapping value in the form of a 6-bit reported value as a measurement report threshold used when sorting measured values according to the following formula: 6-bit reported value - XXX_REPORTING_THRESHOLD + XXX_REPORTING_OFFSET, wherein XXX_REPORTING_THRESHOLD is the measurement report threshold and XXX_REPORTING_OFFSET is the measurement report offset. receiving a measurement report offset in a form of a 3-bit reported value delivered by a network; and mapping the measurement report offset to a mapping value in a form of a 6-bit reported value by using a 6-bit reported value mapping manner, and using the mapping value in the form of a 6-bit reported value as a measurement report threshold used when sorting measured values according to the following formula: 6-bit reported value - XXX_REPORTING_THRESHOLD + XXX_REPORTING_OFFSET, wherein XXX_REPORTING_THRESHOLD is the measurement report threshold and XXX_REPORTING_OFFSET is the measurement report offset.
A prophylactic and/or therapeutic agent for use in the treatment of choroidal neovascularization comprising zaltoprofen or a pharmaceutically acceptable salt thereof, as an active ingredient.
A benzilic acid ester compound represented by the following formula or a salt thereof, wherein R represents optionally substituted fluorinated lower alkyl.
A method for object tracking comprising: acquiring sensor data using a mobile platform wherein the sensor data comprises a captured image of an object; tracking the object using a reference-free tracker; determining whether there is a trigger event comprising a change in the sensor data relative to previously acquired sensor data; transmitting the sensor data to a server when there is the trigger event; receiving information related to the sensor data from the server, the information comprising an object identity; and initializing and starting a reference based tracker using the object identity. acquiring sensor data using a mobile platform wherein the sensor data comprises a captured image of an object; tracking the object using a reference-free tracker; determining whether there is a trigger event comprising a change in the sensor data relative to previously acquired sensor data; transmitting the sensor data to a server when there is the trigger event; receiving information related to the sensor data from the server, the information comprising an object identity; and initializing and starting a reference based tracker using the object identity.
A pharmaceutical injection device, comprising: a mounting portion to which is mounted a preparation syringe having an identification code (104a - 104e); an injection driver that drives a preparation syringe mounted to the mounting portion; and a reading section that reads an identification code (104a - 104e) on the preparation syringe; a read driving section that drives the preparation syringe mounted to the mounting portion and/or the reading section to adjust the positional relation between the reading section and the identification code (104a - 104e); a main body case that houses the mounting portion, the injection driver, the reading section and the read driving section therein; and a position detector that detects a position where the reading section reads the identification code (104a - 104e); characterized in that the read driving section adjusts the positional relation between the reading section and the identification code (104a - 104e), the position detector detects the position where the reading section reads the identification code (104a - 104e) of the preparation syringe and the reading section reads the identification code (104a - 104e). a mounting portion to which is mounted a preparation syringe having an identification code (104a - 104e); an injection driver that drives a preparation syringe mounted to the mounting portion; and a reading section that reads an identification code (104a - 104e) on the preparation syringe; a read driving section that drives the preparation syringe mounted to the mounting portion and/or the reading section to adjust the positional relation between the reading section and the identification code (104a - 104e); a main body case that houses the mounting portion, the injection driver, the reading section and the read driving section therein; and a position detector that detects a position where the reading section reads the identification code (104a - 104e);
A three dimensional, 3D, reconstruction method used in a 3D reconstruction apparatus comprising: receiving a plurality of positioning signals by a signal receiver disposed at a head mounted device, HMD, at a first time spot and a second time spot to determine a HMD displacement vector and a HMD rotation amount according to the positioning signals; retrieving a first image at the first time spot and a second image at the second time spot by a first camera disposed at the HMD to determine a first camera rotation amount according to the first image and the second image; calculating a relative rotation amount and a relative displacement vector between the HMD and the first camera; calculating a first camera displacement vector of the first camera according to the HMD displacement vector, the HMD rotation amount, the relative rotation amount and the relative displacement vector; obtaining depth information of the first image and the second image based on the first camera displacement vector and the first camera rotation amount; and performing 3D reconstruction according to images retrieved by the first camera and the depth information. receiving a plurality of positioning signals by a signal receiver disposed at a head mounted device, HMD, at a first time spot and a second time spot to determine a HMD displacement vector and a HMD rotation amount according to the positioning signals; retrieving a first image at the first time spot and a second image at the second time spot by a first camera disposed at the HMD to determine a first camera rotation amount according to the first image and the second image; calculating a relative rotation amount and a relative displacement vector between the HMD and the first camera; calculating a first camera displacement vector of the first camera according to the HMD displacement vector, the HMD rotation amount, the relative rotation amount and the relative displacement vector; obtaining depth information of the first image and the second image based on the first camera displacement vector and the first camera rotation amount; and performing 3D reconstruction according to images retrieved by the first camera and the depth information.
A partially deformable composite member for a downhole tool comprising: a resilient portion; and a deformable portion; wherein the resilient portion has greater or increased resilience to deformation as compared to the deformable portion; whereby the deformable portion has at least one groove formed therein, wherein the at least one groove is formed in a helical pattern, wherein the deformable portion further comprises an outer surface, and an inner surface, and wherein a depth ( d) of the at least one groove extends from the outer surface to the inner surface, and wherein the resilient portion and the deformable portion are made of a first material, and wherein a second material is bonded to the deformable portion and at least partially fills into the at least one groove, such that, during setting of the downhole tool, an exterior surface of a seal element compresses against an interior surface of the composite member and as a result the deformable portion is urged radially outward and into engagement with a surrounding tubular. a resilient portion; and a deformable portion;
A compound comprising a conjugate moiety linked to the 5' terminus or the 3' terminus of a modified oligonucleotide, the compound having the structure: L n -linker-X 1 -N m -X 2 -MO wherein n is 3 and each L is N-acetylgalactosamine, wherein each N of N m is an unmodified nucleoside and m is 1 or 2; each of X 1 and X 2 is, independently, a phosphodiester linkage or a phosphorothioate linkage, wherein at least one of X 1 and X 2 is a phosphodiester linkage; and MO is a modified oligonucleotide consisting of 8 to 25 linked nucleosides and comprising at least one nucleoside with a cEt modified sugar moiety, and wherein the nucleobase sequence of the modified oligonucleotide is complementary to a microRNA.