mhurhangee/ep-ind-claims huggingface dataset:
A heterocyclic compound selected from the group consisting of the following compounds 1-a-1 to 1-a-16, 2-a-1 to 2-a-8, 1-b-1 to 1-b-16, 2-b-1 to 2-b-8, 1-c-1 to 1-c-10, 2-c-1 to 2-c-8, 1-d-1 to 1-d-10, 2-d-1 to 2-d-8, 1-e-1 to 1-e-10, 2-e-1 to 2-e-8, 1-f-1 to 1-f-10 and 2-f-1 to 2-f-8. Compound 1-a-1 Compound 1-a-2 Compound 1-a-3 Compound 1-a-4 Compound 1-a-5 Compound 1-a-6 Compound 1-a-7 Compound 1-a-8 Compound 1-a-9 Compound 1-a-10 Compound 1-a-11 Compound 1-a-12 Compound 1-a-13 Compound 1-a-14 Compound 1-a-15 Compound 1-a-16 Compound 2-a-1 Compound 2-a-2 Compound 2-a-3 Compound 2-a-4 Compound 2-a-5 Compound 2-a-6 Compound 2-a-7 Compound 2-a-8 Compound 1-b-1 Compound 1-b-2 Compound 1-b-3 Compound 1-b-4 Compound 1-b-5 Compound 1-b-6 Compound 1-b-7 Compound 1-b-8 Compound 1-b-9 Compound 1-b-10 Compound 1-b-11 Compound 1-b-12 Compound 1-b-13 Compound 1-b-14 Compound 1-b-15 Compound 1-b-16 Compound 2-b-1 Compound 2-b-2 Compound 2-b-3 Compound 2-b-4 Compound 2-b-5 Compound 2-b-6 Compound 2-b-7 Compound 2-b-8 Compound 1-c-1 Compound 1-c-2 Compound 1-c-3 Compound 1-c-4 Compound 1-c-5 Compound 1-c-6 Compound 1-c-7 Compound 1-c-8 Compound 1-c-9 Compound 1-c-10 Compound 2-c-1 Compound 2-c-2 Compound 2-c-3 Compound 2-c-4 Compound 2-c-5 Compound 2-c-6 Compound 2-c-7 Compound 2-c-8 Compound 1-d-1 Compound 1-d-2 Compound 1-d-3 Compound 1-d-4 Compound 1-d-5 Compound 1-d-6 Compound 1-d-7 Compound 1-d-8 Compound 1-d-9 Compound 1-d-10 Compound 2-d-1 Compound 2-d-2 Compound 2-d-3 Compound 2-d-4 Compound 2-d-5 Compound 2-d-6 Compound 2-d-7 Compound 2-d-8 Compound 1-e-1 Compound 1-e-2 Compound 1-e-3 Compound 1-e-4 Compound 1-e-5 Compound 1-e-6 Compound 1-e-7 Compound 1-e-8 Compound 1-e-9 Compound 1-e-10 Compound 2-e-1 Compound 2-e-2 Compound 2-e-3 Compound 2-e-4 Compound 2-e-5 Compound 2-e-6 Compound 2-e-7 Compound 2-e-8 Compound 1-f-1 Compound 1-f-2 Compound 1-f-3 Compound 1-f-4 Compound 1-f-5 Compound 1-f-6 Compound 1-f-7 Compound 1-f-8 Compound 1-f-9 Compound 1-f-10 Compound 2-f-1 Compound 2-f-2 Compound 2-f-3 Compound 2-f-4 Compound 2-f-5 Compound 2-f-6 Compound 2-f-7 Compound 2-f-8
Seal made from elastically deformable material comprising a tubular structure in cross-section having: • an internal wall, • an external wall incorporating a bellows structure, on either side of which two parts for securing the seal are disposed, characterised in that the seal comprises links formed by curved folds (17a-17b, 18a-18b) connecting the planar internal wall and the external wall. • an internal wall, • an external wall incorporating a bellows structure, on either side of which two parts for securing the seal are disposed, characterised in that the seal comprises links formed by curved folds (17a-17b, 18a-18b) connecting the planar internal wall and the external wall.
A sensor comprising: a plurality of sensor elements arranged in an array, wherein each sensor element is memristive and has an electrical resistance characteristic related to exposure to a species to be sensed, wherein the sensor elements are arranged to be connectable such that at least one sensor element is connected in parallel with at least one other sensor element, and wherein the array is a two-dimensional array, the sensor further comprising a plurality of conductive row wires (Y1, Y2,... Ym) and a plurality of conductive column wires (X1, X2,... Xn), with a sensor element connected between each conductive row wire and each conductive column wire, characterized by further comprising: connections to electrically connect multiple conductive row wires (Y2 - Ym) to each other, and connections to electrically connect multiple conductive column wires (X2 - Xn) to each other, wherein all conductive row wires except a selected one are connected to each other, and all conductive column wires except a selected one are connected to each other. a plurality of sensor elements arranged in an array, wherein each sensor element is memristive and has an electrical resistance characteristic related to exposure to a species to be sensed, wherein the sensor elements are arranged to be connectable such that at least one sensor element is connected in parallel with at least one other sensor element, and wherein the array is a two-dimensional array, the sensor further comprising a plurality of conductive row wires (Y1, Y2,... Ym) and a plurality of conductive column wires (X1, X2,... Xn), with a sensor element connected between each conductive row wire and each conductive column wire, connections to electrically connect multiple conductive row wires (Y2 - Ym) to each other, and connections to electrically connect multiple conductive column wires (X2 - Xn) to each other, wherein all conductive row wires except a selected one are connected to each other, and all conductive column wires except a selected one are connected to each other.
An organic light emitting diode (OLED) cell comprising: a cathode; an anode positioned on a substrate; between the cathode and the anode, an emissive layer and a conductive layer that generate light when a difference of potential occurs between the cathode and the anode; and a diffusion layer comprising a set of right circular hollow cylinders, wherein each right circular hollow cylinder is defined by at least a parameter R defining an external radius and a parameter r defining an internal radius, and wherein the OLED cell is configured to generate an electromagnetic wave having a wavelength λ, characterized in that the parameter R is in a first range [λ-0.3λ; λ +0.3λ], the parameter r is defined such that 1 − r R 2 is in a second range [0.6; 0.8], and wherein each right circular hollow cylinder has a height that is in a third range 0.2 λ n; 0.4 λ n, where n corresponds to a refractive index of the diffusion layer. a cathode; an anode positioned on a substrate; between the cathode and the anode, an emissive layer and a conductive layer that generate light when a difference of potential occurs between the cathode and the anode; and a diffusion layer comprising a set of right circular hollow cylinders, wherein each right circular hollow cylinder is defined by at least a parameter R defining an external radius and a parameter r defining an internal radius, and wherein the OLED cell is configured to generate an electromagnetic wave having a wavelength λ, characterized in that the parameter R is in a first range [λ-0.3λ; λ +0.3λ], the parameter r is defined such that 1 − r R 2 is in a second range [0.6; 0.8], and wherein each right circular hollow cylinder has a height that is in a third range 0.2 λ n; 0.4 λ n, where n corresponds to a refractive index of the diffusion layer.
Torsion damper for a torque transmission device, notably for a motor vehicle, in particular for a clutch device, the damper comprising: - a first element (2; 102), - a second element (3; 103) rotatable with respect to the first element about an axis of rotation, - a transmission member (30; 130) borne by the second element, this transmission member comprising an elastic blade (17a, 17b; 117; 217; 317; 417; 517; 617; 717) arranged to bend to transmit a rotational torque between these two elements, the bending of the elastic blade being accompanied by a relative rotation of the first and second elements about the axis of rotation X in order to damp the rotational irregularities between the first element and the second element, the elastic blade comprising a cam surface (20; 120; 220; 320; 420; 520; 620; 720), - a cam follower (124; 224; 324; 424; 524; 624) borne by the first element and arranged to move on the cam surface, characterized in that, in a plane comprising the axis of rotation of the damper and containing a point of contact between the cam follower and the cam surface, the cam surface has a curved profile. - a first element (2; 102), - a second element (3; 103) rotatable with respect to the first element about an axis of rotation, - a transmission member (30; 130) borne by the second element, this transmission member comprising an elastic blade (17a, 17b; 117; 217; 317; 417; 517; 617; 717) arranged to bend to transmit a rotational torque between these two elements, the bending of the elastic blade being accompanied by a relative rotation of the first and second elements about the axis of rotation X in order to damp the rotational irregularities between the first element and the second element, the elastic blade comprising a cam surface (20; 120; 220; 320; 420; 520; 620; 720), - a cam follower (124; 224; 324; 424; 524; 624) borne by the first element and arranged to move on the cam surface,
A skin cleansing composition, comprising the following components and: an alkyl ether carboxylic acid or a salt thereof represented by formula: R 1 -O-(CH 2 CH 2 O) n -CH 2 -COOM wherein, R 1 represents an alkyl group having 10 to 16 carbon atoms, n represents a number of from 0 to 20, and M represents a hydrogen atom, alkali metal, alkaline earth metal, ammonium, or organic ammonium, wherein, R 1 has an average carbon number of from 10.8 to 12.8 and an average value of n is from 2.8 to 3.4, and wherein, the alkyl ether carboxylic acid or a salt thereof contains a component in which n = 0 in an amount of from 9.9 to 27% by mass, and contains a component in which n = 1 and a component in which n = 2 in a total amount of 20% by mass or more and less than 40% by mass, and an alkyl sulfate or polyoxyethylene alkyl sulfate represented by formula: R 2 -O- (CH 2 CH 2 O) m -SO 3 Y wherein, R 2 represents an alkyl group or an alkenyl group having 8 to 22 carbon atoms, m represents a number of from 0 to 20 and an average of m is less than 2, and Y represents a hydrogen atom or a cation selected from alkali metal, alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium, and glucammonium. an alkyl ether carboxylic acid or a salt thereof represented by formula: R 1 -O-(CH 2 CH 2 O) n -CH 2 -COOM wherein, R 1 represents an alkyl group having 10 to 16 carbon atoms, n represents a number of from 0 to 20, and M represents a hydrogen atom, alkali metal, alkaline earth metal, ammonium, or organic ammonium, wherein, R 1 has an average carbon number of from 10.8 to 12.8 and an average value of n is from 2.8 to 3.4, and wherein, the alkyl ether carboxylic acid or a salt thereof contains a component in which n = 0 in an amount of from 9.9 to 27% by mass, and contains a component in which n = 1 and a component in which n = 2 in a total amount of 20% by mass or more and less than 40% by mass, and wherein, R 1 represents an alkyl group having 10 to 16 carbon atoms, n represents a number of from 0 to 20, and M represents a hydrogen atom, alkali metal, alkaline earth metal, ammonium, or organic ammonium, wherein, R 1 has an average carbon number of from 10.8 to 12.8 and an average value of n is from 2.8 to 3.4, and wherein, the alkyl ether carboxylic acid or a salt thereof contains a component in which n = 0 in an amount of from 9.9 to 27% by mass, and contains a component in which n = 1 and a component in which n = 2 in a total amount of 20% by mass or more and less than 40% by mass, and an alkyl sulfate or polyoxyethylene alkyl sulfate represented by formula: R 2 -O- (CH 2 CH 2 O) m -SO 3 Y wherein, R 2 represents an alkyl group or an alkenyl group having 8 to 22 carbon atoms, m represents a number of from 0 to 20 and an average of m is less than 2, and Y represents a hydrogen atom or a cation selected from alkali metal, alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium, and glucammonium.
A linear flow regulating apparatus for intravenous infusion set, the apparatus comprising: a flow channel unit having a rectangular cross-section that allows a solution to flow therethrough; the flow channel unit comprising: an inlet tube connected at the front end of the flow channel unit to allow the solution to simultaneously flow in over the entire width (b) of the flow channel unit; and an outlet tube connected at the rear end of the flow channel unit to allow the solution to simultaneously flow out over the entire width (b) of the flow channel unit; a control unit that is adapted to be put in or taken out of one side of the flow channel unit to vary a width of a flow passage area of the flow channel unit; and a fine adjustment unit that is formed at a contact region between the flow channel unit and the control unit to adjust a moving distance of the control unit along the width (b), wherein the control unit varies the flow passage area while moving into the inside of the flow channel unit along the width (b) of the flow channel unit so as to linearly regulate the flow rate of the solution, and the flow rate of the solution is linearly proportional to the width of the flow passage area. a flow channel unit having a rectangular cross-section that allows a solution to flow therethrough; the flow channel unit comprising: an inlet tube connected at the front end of the flow channel unit to allow the solution to simultaneously flow in over the entire width (b) of the flow channel unit; and an outlet tube connected at the rear end of the flow channel unit to allow the solution to simultaneously flow out over the entire width (b) of the flow channel unit; an inlet tube connected at the front end of the flow channel unit to allow the solution to simultaneously flow in over the entire width (b) of the flow channel unit; and an outlet tube connected at the rear end of the flow channel unit to allow the solution to simultaneously flow out over the entire width (b) of the flow channel unit; a control unit that is adapted to be put in or taken out of one side of the flow channel unit to vary a width of a flow passage area of the flow channel unit; and a fine adjustment unit that is formed at a contact region between the flow channel unit and the control unit to adjust a moving distance of the control unit along the width (b), wherein the control unit varies the flow passage area while moving into the inside of the flow channel unit along the width (b) of the flow channel unit so as to linearly regulate the flow rate of the solution, and the flow rate of the solution is linearly proportional to the width of the flow passage area.
A method of sensing the speed of a wheel including short-circuit tolerance, the method comprising: transmitting a first current to a wheel speed sensor; monitoring the first current; comparing the magnitude of the first current with a first predetermined value and with a second predetermined value which is lower than the first predetermined value; receiving a second current from the wheel speed sensor; comparing the magnitude of the second current with a first predetermined value and with a second predetermined value; monitoring the second current; generating a wheel speed signal for output based on one of the first current or the second current, wherein the wheel speed signal relates to a speed of the wheel that is associated with the wheel speed sensor; characterised in that the wheel speed signal is generated based on the second current in each of the response to either the magnitudes of each of the first and second currents (IH, IL) exceeding the first predetermined value, or the magnitude of the second current exceeding the second predetermined value and the first predetermined value exceeding the magnitudes of the first and second currents (IH, IL); and the wheel speed signal is generated based on the first current in response to either the first predetermined value exceeding the magnitude of the second current, or the second predetermined value exceeding the magnitude of the second current. transmitting a first current to a wheel speed sensor; monitoring the first current; comparing the magnitude of the first current with a first predetermined value and with a second predetermined value which is lower than the first predetermined value; receiving a second current from the wheel speed sensor; comparing the magnitude of the second current with a first predetermined value and with a second predetermined value; monitoring the second current; generating a wheel speed signal for output based on one of the first current or the second current, wherein the wheel speed signal relates to a speed of the wheel that is associated with the wheel speed sensor; characterised in that the wheel speed signal is generated based on the second current in each of the response to either the magnitudes of each of the first and second currents (IH, IL) exceeding the first predetermined value, or the magnitude of the second current exceeding the second predetermined value and the first predetermined value exceeding the magnitudes of the first and second currents (IH, IL); and the wheel speed signal is generated based on the first current in response to either the first predetermined value exceeding the magnitude of the second current, or the second predetermined value exceeding the magnitude of the second current.
A rate control method performed in a mobility management entity, MME, the method comprising: the MME receiving an uplink, UL, Non-Access Stratum, NAS, message transmitted by a User Equipment, UE,; and the MME, in response to receiving the UL NAS message, generating a downlink, DL, NAS message and transmitting the DL NAS message towards the UE, wherein transmitting the DL NAS message towards the UE comprises the MME transmitting an S1 layer message comprising the DL NAS message to a base station that is configured to forward the DL NAS message to the UE, and the DL NAS message included in the S1 layer message comprises information indicating a number of UL NAS messages containing user data that the UE is permitted send to the MME within a certain time period, characterised in that the DL NAS message identifies at least one of: i) a throttling factor that indicates a level by which the UE should reduce an amount of UL data in any future control plane message to the MME, and ii) a throttling delay that indicates how much time the UE should wait before including any UL data in any future control plane message to the MME. the MME receiving an uplink, UL, Non-Access Stratum, NAS, message transmitted by a User Equipment, UE,; and the MME, in response to receiving the UL NAS message, generating a downlink, DL, NAS message and transmitting the DL NAS message towards the UE, wherein transmitting the DL NAS message towards the UE comprises the MME transmitting an S1 layer message comprising the DL NAS message to a base station that is configured to forward the DL NAS message to the UE, and the DL NAS message included in the S1 layer message comprises information indicating a number of UL NAS messages containing user data that the UE is permitted send to the MME within a certain time period, characterised in that the DL NAS message identifies at least one of: i) a throttling factor that indicates a level by which the UE should reduce an amount of UL data in any future control plane message to the MME, and ii) a throttling delay that indicates how much time the UE should wait before including any UL data in any future control plane message to the MME. i) a throttling factor that indicates a level by which the UE should reduce an amount of UL data in any future control plane message to the MME, and ii) a throttling delay that indicates how much time the UE should wait before including any UL data in any future control plane message to the MME.
A calcium crystal of human growth hormone wherein the human growth hormone (hGH) is selected from the 191 amino acid sequence of native hGH, or the 192 amino acid sequence of hGH containing an N-terminal methionine, and wherein the calcium crystal is complexed with protamine or polyarginine.
A composite material comprising: a curable thermoset matrix resin comprising at least one thermoset resin; reinforcement fibers impregnated with the matrix resin; particles of an amine-functionalised polyaryletherketone polymer or copolymer thereof, wherein the functionalized PAEK particles comprise amine functional groups capable of forming covalent bonds with the thermoset resin, and wherein the polymer or copolymer has the following structure: OR where E is an amine functional group and n is an integer from 15 to 200. a curable thermoset matrix resin comprising at least one thermoset resin; reinforcement fibers impregnated with the matrix resin; particles of an amine-functionalised polyaryletherketone polymer or copolymer thereof, wherein the functionalized PAEK particles comprise amine functional groups capable of forming covalent bonds with the thermoset resin, and wherein the polymer or copolymer has the following structure: OR where E is an amine functional group and n is an integer from 15 to 200.
A method of evaluating a physiological aging level, the method comprising: sensing at predetermined time intervals a physiological parameter of a user; calculating an entropy of the physiological parameter corresponding to a change pattern of the physiological parameter in a plurality of predetermined time periods; and calculating, by means of a processor, a) a variance in the entropy over the plurality of the predetermined time periods and b) a relative ratio of the physiological parameter to the entropy in the predetermined time periods or a relative ratio of a variance in the physiological parameter over the predetermined time periods to the entropy in the predetermined time periods; and determining, by means of a processor, an aging level indicating a physiological change progress of the user by substituting the entropy into an aging function wherein the aging function comprises at least one coefficient determined using a regression analysis performed based on a feature vector which is generated from the entropy, the variance in the entropy and the relative ratio and based on information related to an age of the user. sensing at predetermined time intervals a physiological parameter of a user; calculating an entropy of the physiological parameter corresponding to a change pattern of the physiological parameter in a plurality of predetermined time periods; and calculating, by means of a processor, a) a variance in the entropy over the plurality of the predetermined time periods and b) a relative ratio of the physiological parameter to the entropy in the predetermined time periods or a relative ratio of a variance in the physiological parameter over the predetermined time periods to the entropy in the predetermined time periods; and determining, by means of a processor, an aging level indicating a physiological change progress of the user by substituting the entropy into an aging function wherein the aging function comprises at least one coefficient determined using a regression analysis performed based on a feature vector which is generated from the entropy, the variance in the entropy and the relative ratio and based on information related to an age of the user.