mhurhangee/ep-ind-claims huggingface dataset:
A diagnostic kit that detects hemoglobin, comprising: a chamber pre-filled with an indicator solution, the indicator solution including a tetramethylbenzidine solution, the indicator solution changing color upon contacting a whole blood sample, the color change based on a hemoglobin level in the whole blood sample; and a collection device that collects the whole blood sample obtained from a subject, wherein the whole blood sample is placed into the chamber via the collection device; and a hemoglobin physiologic level identifier legend, wherein the legend includes blue, green, yellow, orange and red colors, and a physiologic level of the hemoglobin and/or disease state associated with each color. a chamber pre-filled with an indicator solution, the indicator solution including a tetramethylbenzidine solution, the indicator solution changing color upon contacting a whole blood sample, the color change based on a hemoglobin level in the whole blood sample; and a collection device that collects the whole blood sample obtained from a subject, wherein the whole blood sample is placed into the chamber via the collection device; and a hemoglobin physiologic level identifier legend, wherein the legend includes blue, green, yellow, orange and red colors, and a physiologic level of the hemoglobin and/or disease state associated with each color.
A method for performing a plurality of measurements in the air gap between a stator and a rotor of a generator for a wind turbine, the rotor being rotatable with respect to the stator about a rotational axis, the method including the steps of: mounting a plurality of distance measuring sensors on at least one surface of the stator and/or the rotor, said surface facing the air gap, each distance measuring sensor being distanced from the other distance measuring sensor(s) along the rotational axis, rotating the rotor about the rotational axis, while rotating the rotor, measuring a plurality of distances between each of said distance measuring sensors and respective facing points across the air gap, deriving from said plurality of distances one or more value(s) of one or more parameter(s) associated with the air gap and/or the stator and/or rotor, characterized in that at least a portion of plurality of distance measuring sensors are fixed to a longitudinal support, said longitudinal support being fixed on a surface of the stator and/or the rotor, said surface facing the air gap, during said step of mounting. mounting a plurality of distance measuring sensors on at least one surface of the stator and/or the rotor, said surface facing the air gap, each distance measuring sensor being distanced from the other distance measuring sensor(s) along the rotational axis, rotating the rotor about the rotational axis, while rotating the rotor, measuring a plurality of distances between each of said distance measuring sensors and respective facing points across the air gap, deriving from said plurality of distances one or more value(s) of one or more parameter(s) associated with the air gap and/or the stator and/or rotor, characterized in that at least a portion of plurality of distance measuring sensors are fixed to a longitudinal support, said longitudinal support being fixed on a surface of the stator and/or the rotor, said surface facing the air gap, during said step of mounting.
A method, carried out by a cache proxy, for distribution of content, the method comprising: receiving a quality function for a content object, wherein the quality function expresses a mathematical relationship between a given quality-of-service, QoS, value observed by a receiver and an estimated perceived quality of the content object at the receiver; receiving a reported QoS value from the receiver; using the received quality function to estimate the perceived quality of the content object at the receiver based on the reported QoS value; and applying a content replica placement strategy which is based at least in part on the estimated perceived quality of the content object at the receiver, wherein implementing said content replica placement strategy comprises distributing a replica of the content across a set of one or more additional cache proxies. receiving a quality function for a content object, wherein the quality function expresses a mathematical relationship between a given quality-of-service, QoS, value observed by a receiver and an estimated perceived quality of the content object at the receiver; receiving a reported QoS value from the receiver; using the received quality function to estimate the perceived quality of the content object at the receiver based on the reported QoS value; and applying a content replica placement strategy which is based at least in part on the estimated perceived quality of the content object at the receiver, wherein implementing said content replica placement strategy comprises distributing a replica of the content across a set of one or more additional cache proxies.
A device comprising: - a first hydraulic apparatus and a second hydraulic apparatus, the two hydraulic apparatuses (M1, M2) being connected by a first line and a second line allowing the admission or the discharge of oil in said hydraulic apparatuses (M1, M2), - a booster pump, disposed between a reservoir and a booster line, the booster line being in communication with at least one of said first and second lines (11, 12) and capable of boosting said first and second lines (11, 12) by the booster pump, characterized in that it comprises a low-pressure selector (50, 72) connecting the booster pump to the first line and to the second line, which selector (50, 72) comprises two back-to-back check valves (51, 52) each comprising an obturator or sealing element (51a, 52a), and a seat (51b, 52b), the obturators or sealing elements being separated from each other by a rod preventing the two valves (51, 52) from closing at the same time. - a first hydraulic apparatus and a second hydraulic apparatus, the two hydraulic apparatuses (M1, M2) being connected by a first line and a second line allowing the admission or the discharge of oil in said hydraulic apparatuses (M1, M2), - a booster pump, disposed between a reservoir and a booster line, the booster line being in communication with at least one of said first and second lines (11, 12) and capable of boosting said first and second lines (11, 12) by the booster pump,
A dual power transfer switch, comprising a housing and a base mounted on the housing, comprising: a spring, mounted on the base, wherein the spring comprises a first leg configured to contact and exert a pressure on an indicator of the dual power transfer switch, so as to generate a frictional force between the first leg and the indicator and reduce a rebound of the indicator upon the indicator moving between a first indicating position and an intermediate indicating position, wherein the first indicating position indicates that the dual power transfer switch is in a first power-on position, and the intermediate indicating position indicates that the dual power transfer switch is in a dual-off position, wherein the base comprises a first groove for accommodating the first leg of the spring, and a size of the first groove is designed to match a diameter of the first leg, so that the first leg is allowed to move only in a depth direction of the first groove. a spring, mounted on the base, wherein the spring comprises a first leg configured to contact and exert a pressure on an indicator of the dual power transfer switch, so as to generate a frictional force between the first leg and the indicator and reduce a rebound of the indicator upon the indicator moving between a first indicating position and an intermediate indicating position, wherein the first indicating position indicates that the dual power transfer switch is in a first power-on position, and the intermediate indicating position indicates that the dual power transfer switch is in a dual-off position, wherein the base comprises a first groove for accommodating the first leg of the spring, and a size of the first groove is designed to match a diameter of the first leg, so that the first leg is allowed to move only in a depth direction of the first groove.
An apparatus for measuring convergence and ceiling subsidence using a fiber bragg grating sensor, the apparatus comprising: a plurality of unit-fiber bragg grating sensor modules having a predetermined length and sequentially connected to each other, wherein each of the sensor modules comprises: a fiber bragg grating stain sensor installed in a protective tube to sense a variation of a length; an installing member installed in parallel to one side of the protective tube; bases provided at both ends of each sensor module to connect adjacent sensor modules to each other; and a fixing member and a fixing unit to fix both ends of the protective tube and the installing member to the bases, respectively, wherein each of the sensor modules continuously measures two-dimensional or three-dimensional convergence and ceiling subsidence, and characterized in that each of the sensor modules further comprises a fiber bragg grating angle displacement sensor mounted on the installing member to measure angle displacement, and that coupling members are provided to both ends of the protective tube to be movable along the protective tube in order to adjust an installing distance and an installing angle of the fiber bragg grating strain sensor according to a distance between the bases and an installing angle of the base, and the coupling member is fixedly inserted between the base and the fixing member. a plurality of unit-fiber bragg grating sensor modules having a predetermined length and sequentially connected to each other, wherein each of the sensor modules comprises: a fiber bragg grating stain sensor installed in a protective tube to sense a variation of a length; an installing member installed in parallel to one side of the protective tube; bases provided at both ends of each sensor module to connect adjacent sensor modules to each other; and a fixing member and a fixing unit to fix both ends of the protective tube and the installing member to the bases, respectively, a fiber bragg grating stain sensor installed in a protective tube to sense a variation of a length; an installing member installed in parallel to one side of the protective tube; bases provided at both ends of each sensor module to connect adjacent sensor modules to each other; and a fixing member and a fixing unit to fix both ends of the protective tube and the installing member to the bases, respectively, wherein each of the sensor modules continuously measures two-dimensional or three-dimensional convergence and ceiling subsidence, and characterized in that each of the sensor modules further comprises a fiber bragg grating angle displacement sensor mounted on the installing member to measure angle displacement, and that coupling members are provided to both ends of the protective tube to be movable along the protective tube in order to adjust an installing distance and an installing angle of the fiber bragg grating strain sensor according to a distance between the bases and an installing angle of the base, and the coupling member is fixedly inserted between the base and the fixing member.
A multifocal display device, comprising a focus tunable lens, a controller configured to selectively tune the focus of the lens to a plurality of N focal planes during a frame period, the focal planes having indices 1 to N assigned to them in increasing or decreasing order of their focal distances, a storage storing a plurality of focal plane groups, each group including the plurality of focal planes in a different sequence, each focal plane appears only once in each group, an index difference between two adjacent focal planes in the sequence of a group is 0 or 1 or 2, wherein the controller is configured to select a first group, and tune, during a first frame period, the focus of the lens to each one of the focal planes in the first group according to their sequence, wherein the controller is configured to select a second group from groups allowed by a selection rule, and tune, during a second frame period, the focus of the lens to each one of the focal planes in the second group according to their sequence, and wherein the selection rule comprises that an index difference between the last focal plane in the sequence of the first group and the first focal plane in the sequence of the second group is 0 or 1 or 2. a focus tunable lens, a controller configured to selectively tune the focus of the lens to a plurality of N focal planes during a frame period, the focal planes having indices 1 to N assigned to them in increasing or decreasing order of their focal distances, a storage storing a plurality of focal plane groups, each group including the plurality of focal planes in a different sequence, each focal plane appears only once in each group, an index difference between two adjacent focal planes in the sequence of a group is 0 or 1 or 2, wherein the controller is configured to select a first group, and tune, during a first frame period, the focus of the lens to each one of the focal planes in the first group according to their sequence, wherein the controller is configured to select a second group from groups allowed by a selection rule, and tune, during a second frame period, the focus of the lens to each one of the focal planes in the second group according to their sequence, and wherein the selection rule comprises that an index difference between the last focal plane in the sequence of the first group and the first focal plane in the sequence of the second group is 0 or 1 or 2.
A microarray comprising: a) a substrate comprising at least one well, a surface surrounding the well and an inner well surface; b) a first layer at least partially covering the inner well surface and comprising at least one first capture primer pair; and c) a second layer covering the first layer and the surface surrounding the well, wherein the first capture primer pair in the first layer is present and functional in a kinetic exclusion assay after the second layer has been provided. a) a substrate comprising at least one well, a surface surrounding the well and an inner well surface; b) a first layer at least partially covering the inner well surface and comprising at least one first capture primer pair; and c) a second layer covering the first layer and the surface surrounding the well, wherein the first capture primer pair in the first layer is present and functional in a kinetic exclusion assay after the second layer has been provided.
A method of authenticating a Universal Subscriber Identity Module, USIM, comprising: determining whether a memory address of a USIM has been stored when an authentication-related message for the USIM is received; if it is determined that the memory address has been stored, updating the memory address to a first memory address increased from the memory address by a set value; generating an authentication vector including the first memory address; and transmitting the authentication vector so that the USIM can perform authentication using the authentication vector. determining whether a memory address of a USIM has been stored when an authentication-related message for the USIM is received; if it is determined that the memory address has been stored, updating the memory address to a first memory address increased from the memory address by a set value; generating an authentication vector including the first memory address; and transmitting the authentication vector so that the USIM can perform authentication using the authentication vector.
Propulsion system of a self-propelled machine, with an internal combustion engine which can be operated so as to use a gearing having at least two selectable multiplication steps to propel elements, which are in engagement with the earth, for advancing the machine, wherein a controller is connected to an actuator (112, 118) which is designed to select the multiplication step of the gearing, and can be operated so as to select the multiplication step of the gearing automatically, the internal combustion engine is connected to a hydraulic pump which is connected in a hydraulic-fluid-conducting manner to a hydraulic motor which is drive-connected to the gearing, the hydraulic pump and/or the hydraulic motor can be adjusted by means of the controller and the controller can be operated to select the multiplication step as a function of the advancing speed and of operating data of the hydraulic pump and/or of the hydraulic motor by the controller controlling the multiplication as a function of the pressure in the hydraulic system and bringing about a transition from a second multiplication step, having a higher transmission ratio than a first multiplication step, into the first multiplication step of the gearing as soon as an advancing speed, measured by speed sensors (110, 124), drops below a limit value or a pressure sensor sensing the hydraulic fluid pressure present at the hydraulic motor supplies a value lying above a threshold value, wherein the limit value for the speed for changing down lies somewhat lower than the limit value for changing up.
Method for estimating the coverage area of a directive antenna of a local positioning system while setting up said system, said antenna being located in the vicinity of an area of interest, the method comprising the following steps: - Distributing (DIS_TR) a plurality of transponders (T1-T28) over the area of interest, - Performing (MSD_SS) measurements of signal strength between the antenna and said transponders, wherein each of the test transponders (T1-T28) emits a signal, - Estimating (EST_CV) the coverage area of the directive antenna by using said measurements, depending on its position and its orientation, the antenna A1 can only receive some of these signals. - Distributing (DIS_TR) a plurality of transponders (T1-T28) over the area of interest, - Performing (MSD_SS) measurements of signal strength between the antenna and said transponders, wherein each of the test transponders (T1-T28) emits a signal, - Estimating (EST_CV) the coverage area of the directive antenna by using said measurements, depending on its position and its orientation, the antenna A1 can only receive some of these signals.
A method of authenticating a user terminal seeking access to a service from a service provider in a communication network, the method comprising: allocating to the user terminal a plurality of service-specific identities for accessing respective services; issuing a request from the user terminal, the request identifying the service to be accessed and including a public key of the user terminal; at a certification authority, authenticating the request and issuing a public key certificate for binding a service-specific identity with the public key in the request, and returning the public key certificate to the user terminal. allocating to the user terminal a plurality of service-specific identities for accessing respective services; issuing a request from the user terminal, the request identifying the service to be accessed and including a public key of the user terminal; at a certification authority, authenticating the request and issuing a public key certificate for binding a service-specific identity with the public key in the request, and returning the public key certificate to the user terminal.
A piezoelectric ceramic comprising a plurality of crystal grains including a lead zirconate titanate-type crystal containing Zn and Bi, and crystal grain boundaries present between a plurality of the crystal grains, wherein a plurality of the crystal grains include first crystal grains, and wherein the first crystal grains have a content of at least one element of Zn and Bi present in the inside of the first crystal grains that is smaller than the content of the at least one element present in an area including the crystal grain boundaries that are in contact with the first crystal grains, characterised in that the diffraction peak intensity of the crystal phases other than the lead zirconate titanate-type crystal is 3 or less when the diffraction peak intensity of of the lead zirconate titanate-type crystal is taken as 100. wherein a plurality of the crystal grains include first crystal grains, and wherein the first crystal grains have a content of at least one element of Zn and Bi present in the inside of the first crystal grains that is smaller than the content of the at least one element present in an area including the crystal grain boundaries that are in contact with the first crystal grains, characterised in that the diffraction peak intensity of the crystal phases other than the lead zirconate titanate-type crystal is 3 or less when the diffraction peak intensity of of the lead zirconate titanate-type crystal is taken as 100.
A drinking or eating vessel comprising an inner surface that defines a volume for receiving liquid or solid food and an outer surface that supports a polymeric coating and a decorative layer; wherein the polymeric coating comprises a polymer formed by curing a coating mixture on the outer surface of the drinking or eating vessel, said coating mixture comprising a matting agent; wherein the polymeric coating has an inner surface in contact with the drinking or eating vessel and an outer surface in contact with the decorative layer; and wherein the decorative layer comprises a dry toner image applied to the outer surface of the polymeric coating. wherein the polymeric coating comprises a polymer formed by curing a coating mixture on the outer surface of the drinking or eating vessel, said coating mixture comprising a matting agent; wherein the polymeric coating has an inner surface in contact with the drinking or eating vessel and an outer surface in contact with the decorative layer; and wherein the decorative layer comprises a dry toner image applied to the outer surface of the polymeric coating.
Crystalline form A of the compound of Formula characterized in that the X-ray powder diffraction pattern of the crystalline form A has characteristic peaks at diffraction angles of 8.7±0.2°, 17.5±0.2°, 19.3±0.2°, 20.3±0.2° and 21.4±0.2°,
An in vitro or ex vivo method for inducing hematopoietic stem cell specification, the method comprising; a. contacting a cell for a period of time with an agent selected from the group consisting of Ro5-3335, SU-5402, sc-221405, and AI-10-49; and b. removing said agent after said period of time, thereby inducing HSC specification wherein the period of time is between 1 and 6 days, wherein the cell is selected from the group consisting of an hemogenic endothelial cell, an embryonic stem cell, an embryoid body, an aorta-gonad-mesonephros cell, a placenta stem cell, an adult stem cell, and an amniotic stem cell, optionally wherein the cell is derived from a non-human dissociated embryo, preferably wherein the non-human dissociated embryo is at least 9 hours post fertilization. a. contacting a cell for a period of time with an agent selected from the group consisting of Ro5-3335, SU-5402, sc-221405, and AI-10-49; and b. removing said agent after said period of time, thereby inducing HSC specification wherein the period of time is between 1 and 6 days,