mhurhangee/ep-ind-claims huggingface dataset:
A cordless hair dryer comprising: a housing including a body part gripped by a user and a head part having a blower tube therein; a battery disposed inside the body part; a blower fan disposed in one end of the head part; a support which is inserted into the other end of the head part and fixed to an inner side of the blower tube; characterized in that the cordless hair dryer further comprises a planar heating element which is formed as a carbon nanotube sheet and disposed on the support to receive power from the battery, wherein the planar heating element is an aggregate of carbon nanotubes and is formed of only (i) carbon nanotubes without a binder and (ii) other inevitable impurities so that a temperature of the planar heating element rises to a range of 400 °C to 800 °C when power is supplied. a housing including a body part gripped by a user and a head part having a blower tube therein; a battery disposed inside the body part; a blower fan disposed in one end of the head part; a support which is inserted into the other end of the head part and fixed to an inner side of the blower tube; characterized in that the cordless hair dryer further comprises a planar heating element which is formed as a carbon nanotube sheet and disposed on the support to receive power from the battery, wherein the planar heating element is an aggregate of carbon nanotubes and is formed of only (i) carbon nanotubes without a binder and (ii) other inevitable impurities so that a temperature of the planar heating element rises to a range of 400 °C to 800 °C when power is supplied.
An in vitro or ex vivo method for selecting a patient affected with a tumor for a treatment with a PD-1/PD-L1 targeting agent or for determining whether a patient affected with a tumor is susceptible to benefit from a treatment with a PD-1/PD-L1 targeting agent, wherein the method comprises: (a) detecting if cells from a sample from said patient present or not a loss of function of the von Hippel-Lindau gene, wherein the loss of function of the VHL gene is predictive of the responsiveness of said patient to a treatment with a PD-1/PD-L1 targeting agent, and (b) selecting patients with loss of function of the VHL gene as suitable for a treatment with a PD-1/PD-L1 targeting agent. (a) detecting if cells from a sample from said patient present or not a loss of function of the von Hippel-Lindau gene, wherein the loss of function of the VHL gene is predictive of the responsiveness of said patient to a treatment with a PD-1/PD-L1 targeting agent, and (b) selecting patients with loss of function of the VHL gene as suitable for a treatment with a PD-1/PD-L1 targeting agent.
A system comprising: - a controller configured to apply at least one illumination setting to at least one illumination source, thereby causing the illumination source to emit light according to the applied illumination setting; - electronic storage accessible to the controller; and - a locking device configured to generate a lock command pertaining to the applied illumination setting, wherein the system is configured to mark the applied illumination setting as locked in the electronic storage in response to the lock command; - wherein the controller is configured to receive a control command pertaining to the applied illumination setting, and modify the applied illumination setting according to the received control command unless the applied illumination setting is marked as locked when the control command is received, such that the applied illumination setting is not modified in response to the received control command when the applied illumination setting is locked; characterized in that the locking device is configured to generate the lock command when, via a user interface comprising a plurality of user interface elements, within a predetermined duration of an actuation of a user interface element that causes the illumination setting to be applied a further actuation of the same user interface element occurs and none of the other user interface elements of the user interface have been actuated within the predetermined duration. - a controller configured to apply at least one illumination setting to at least one illumination source, thereby causing the illumination source to emit light according to the applied illumination setting; - electronic storage accessible to the controller; and - a locking device configured to generate a lock command pertaining to the applied illumination setting, wherein the system is configured to mark the applied illumination setting as locked in the electronic storage in response to the lock command; - wherein the controller is configured to receive a control command pertaining to the applied illumination setting, and modify the applied illumination setting according to the received control command unless the applied illumination setting is marked as locked when the control command is received, such that the applied illumination setting is not modified in response to the received control command when the applied illumination setting is locked;
A liver-type fatty acid-binding protein used in a liver-type fatty acid-binding protein standard, wherein a coefficient of change in oxidation represented by the ratio of a measured value obtained with the liver-type fatty acid-binding protein standard that has been subjected to an oxidation treatment for one hour at 25°C using an oxidant at 10 mM, with respect to the measured value obtained using the liver-type fatty acid-binding protein standard that has not been subjected to the oxidation treatment, is set to be 1.4 or less, characterized in that the liver-type fatty acid-binding protein comprises an amino acid sequence having at least 90% identity with SEQ ID NO:1 of the Sequence Listing, wherein one or more methionines at positions 19, 74, and 113 have been substituted by non-polar amino acids other than methionine, and at least methionine at position 19 has been substituted by the non-polar amino acid other than methionine.
An organic light emitting display device comprising: a substrate including an active area and a non-display area provided outside the active area; a dam structure in the non-display area of the substrate and surrounding the active area, wherein the dam structure comprises: a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first align mark disposed outside the dam structure in the non-display area of the substrate, the first align mark adjacent the third dam structure and characterised in that the first alignment mark is formed on or inward from an extension line of the first dam structure or an extension line of the second dam structure. a substrate including an active area and a non-display area provided outside the active area; a dam structure in the non-display area of the substrate and surrounding the active area, wherein the dam structure comprises: a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first align mark disposed outside the dam structure in the non-display area of the substrate, the first align mark adjacent the third dam structure and characterised in that the first alignment mark is formed on or inward from an extension line of the first dam structure or an extension line of the second dam structure.
A wearable infusion device comprising: a reservoir that holds a liquid medicament; an outlet port that delivers the liquid medicament to a patient; a pump that displaces a volume of the liquid medicament to the outlet port when actuated; a control (216, 218) that actuates the pump; characterized by a lock-out that disables the device responsive to the medicament level within the reservoir being at a given level. a reservoir that holds a liquid medicament; an outlet port that delivers the liquid medicament to a patient; a pump that displaces a volume of the liquid medicament to the outlet port when actuated; a control (216, 218) that actuates the pump; characterized by a lock-out that disables the device responsive to the medicament level within the reservoir being at a given level.
A shrinking apparatus for shrinking packaging means around an article or a set of articles, wherein the shrinking apparatus comprises at least one transport path for the articles or the sets of articles, on which transport path the articles, which are wrapped in packaging means, are transported in a transport direction, and wherein the shrinking apparatus comprises at least two shaft walls, which are arranged on both sides along the transport path, wherein at least one shrinking means distribution apparatus is arranged above each shaft wall, and wherein each shaft wall has at least one outflow surface with a plurality of shrinking means outlet openings (3*), the outflow surface in each case facing an interior space of the shrinking apparatus, wherein shrinking means is conductible via the shrinking means distribution apparatus into the interior space of the shaft walls and conductible via the outflow surface, respectively, onto the articles, which are wrapped in packaging means, in the interior space of the shrinking apparatus, characterised in that the shaft walls (2-n) are each constructed of at least two shaft chamber modules (32, 32-n), which are arranged in transport direction in a row one after the other and which are separated from one another so as to be laterally impermeable to shrinking means, wherein each shaft chamber module (32, 32-n) comprises two lateral surfaces, which are arranged at least largely in parallel to the transport direction, wherein at least one lateral surface is at least partially designed as an outflow surface, wherein each shaft chamber module (32, 32-n) furthermore comprises a top side surface, a bottom side surface, and a front and a back cross-sectional side surface, wherein the cross-sectional side surfaces are arranged at least largely orthogonal to the transport direction, wherein the top side surface has a connecting opening to the shrinking means distribution apparatus, wherein the shaft wall has a comb-shaped support structure, wherein the length of the support structure largely corresponds to the length of the respective shaft wall (2-n), wherein the support structure comprises a frame element in parallel to the transport direction, which frame element is formed as a comb ridge, and cross elements, which are arranged orthogonal to the transport direction, wherein the cross elements form the cross-sectional side surfaces of the shaft chamber modules (32, 32-n), and wherein the lateral surfaces of the shaft chamber modules (32, 32-n) are bolted together with the cross elements, wherein at least one shrinking means distribution apparatus per shaft wall (2-n) is assigned at least two shaft chamber modules (32, 32-n).
Method for checking components, in which - an adapter with at least one adapter-internal sensor is introduced into a vehicle and connected to a vehicle communication bus of the vehicle via a vehicle-diagnostic interface, - the adapter-internal sensor is numerically aligned on the basis of measurement of the acceleration due to gravity in a stationary state and acceleration during a change in speed, - an oscillation of the vehicle is excited, and measurement data are generated by measuring the acceleration, deceleration or oscillatory behaviour, by means of the adapter-internal sensor, - a combination of the measured values acquired by means of the adapter-internal sensor and further measured values acquired by means of adapter-external sensors (3; 7; 9) are analysed with the respect to the plausibility of the acquired measurement results, - a learning-based classification algorithm is made available by virtue of the fact that a training set of measurement data is produced by measuring the acceleration, deceleration or oscillatory behaviour in a defined measuring environment for a vehicle and/or a type of vehicle, and the classification algorithm is trained by means of the training set of measurement data and on the basis of known axle damping parameters; - the measurement data are classified by means of the classification algorithm which is trained in this way; and - the classification result is output in the form of a dichotomous decision about the functional state of the axle damper and/or a degree of degradation of the functionality of the axle damper. - an adapter with at least one adapter-internal sensor is introduced into a vehicle and connected to a vehicle communication bus of the vehicle via a vehicle-diagnostic interface, - the adapter-internal sensor is numerically aligned on the basis of measurement of the acceleration due to gravity in a stationary state and acceleration during a change in speed, - an oscillation of the vehicle is excited, and measurement data are generated by measuring the acceleration, deceleration or oscillatory behaviour, by means of the adapter-internal sensor, - a combination of the measured values acquired by means of the adapter-internal sensor and further measured values acquired by means of adapter-external sensors (3; 7; 9) are analysed with the respect to the plausibility of the acquired measurement results, - a learning-based classification algorithm is made available by virtue of the fact that a training set of measurement data is produced by measuring the acceleration, deceleration or oscillatory behaviour in a defined measuring environment for a vehicle and/or a type of vehicle, and the classification algorithm is trained by means of the training set of measurement data and on the basis of known axle damping parameters; - the measurement data are classified by means of the classification algorithm which is trained in this way; and - the classification result is output in the form of a dichotomous decision about the functional state of the axle damper and/or a degree of degradation of the functionality of the axle damper.
An apparatus comprising: an optical transmitter configured to modulate a source signal based on one or more digital code sequences for each of multiple sub-bands to inject, via an optical circulator 140, a multi-carrier modulated optical signal into an optical fiber having a plurality of optical reflectors (S m) distributed along the optical fiber; and an optical receiver configured to (i) receive a multi-carrier reflected optical signal corresponding to reflections of the multi-carrier modulated optical signal from the optical reflectors and (ii) process the multi-carrier reflected optical signal using the at least one digital coding sequence to detect fiber events along the optical fiber, wherein each sub-band is encoded using binary-phase shift keying BPSK or quadrature-phase shift keying QPSK codes for X and Y polarizations of the multi-carrier modulated optical signal. an optical transmitter configured to modulate a source signal based on one or more digital code sequences for each of multiple sub-bands to inject, via an optical circulator 140, a multi-carrier modulated optical signal into an optical fiber having a plurality of optical reflectors (S m) distributed along the optical fiber; and an optical receiver configured to (i) receive a multi-carrier reflected optical signal corresponding to reflections of the multi-carrier modulated optical signal from the optical reflectors and (ii) process the multi-carrier reflected optical signal using the at least one digital coding sequence to detect fiber events along the optical fiber, wherein each sub-band is encoded using binary-phase shift keying BPSK or quadrature-phase shift keying QPSK codes for X and Y polarizations of the multi-carrier modulated optical signal.
A biomedical device comprising a polymerization product of a mixture comprising (a) one or more multi-armed macromonomers comprising multiple side chains attached to a nucleus, wherein each side chain consists of a thio carbonyl thio fragment of the same or different reversible addition fragmentation chain transfer (RAFT) agent, and one or more hydrophilic units; and (b) one or more biomedical device-forming silicone-containing monomers, wherein the biomedical device is a contact lens, an intraocular lens or a corneal implant and wherein the nucleus comprises one six membered aromatic ring.
A polyester film comprising: a base layer made of a polyester resin; and a coating layer stacked on one surface or both surfaces of the base layer, wherein the coating layer is formed by coating an aqueous coating composition including a composition containing a silane coupling agent represented by the following Chemical Formula 1 and water, and an inorganic particle dispersion solution on the base layer, and drying the composition, and a pH difference between the composition containing a silane coupling agent and water and the inorganic particle dispersion solution is less than 3, and the aqueous coating composition has a pH of 8 or more or 5 or less. In Chemical Formula 1, X is a straight-chain, branched-chain, or cyclic C 1 -C 12 hydrocarbon group having one or at least two functional groups selected from a vinyl group, an epoxy group, an amino group, a methacrylic group, an acrylic group, and a mercapto group, and R 1 to R 3 are each independently C 1 -C 5 alkyl.) a base layer made of a polyester resin; and a coating layer stacked on one surface or both surfaces of the base layer, wherein the coating layer is formed by coating an aqueous coating composition including a composition containing a silane coupling agent represented by the following Chemical Formula 1 and water, and an inorganic particle dispersion solution on the base layer, and drying the composition, and a pH difference between the composition containing a silane coupling agent and water and the inorganic particle dispersion solution is less than 3, and the aqueous coating composition has a pH of 8 or more or 5 or less. In Chemical Formula 1, X is a straight-chain, branched-chain, or cyclic C 1 -C 12 hydrocarbon group having one or at least two functional groups selected from a vinyl group, an epoxy group, an amino group, a methacrylic group, an acrylic group, and a mercapto group, and R 1 to R 3 are each independently C 1 -C 5 alkyl.)
Grinder for a spice mill, which predominantly consists of a container for the material to be ground, a mill lower part and a mill upper part comprising internal grinding tools, which can be rotated indirectly against one another, but which are axially fixed. Alternatively, it may consist of a container for the material to be ground and a mill upper part with grinding tools, which can be rotated indirectly against one another, but which are axially fixed, arranged between the two parts. The grinder is characterised by the following features: The grinder is designed as a grater with a grating cone manufactured from stainless steel sheet and a tapered ring that is also made of stainless steel sheet, wherein the grating cone is rotatable on the tapered ring and the grating surface of the grating cone faces the smooth working surface of the tapered ring, The tapered ring has an inlet opening that is reduced in diameter for the grinding material, In the region of the inlet opening, at least one entry is circumferentially present for forming an inlet zone between the tapered ring and the corresponding grating cone, and the grating cone represents a cone-shaped sheet provided with grating nubs according to the type of kitchen grater or a plate provided with a grater, the grating nubs of which form the grating surface in a predefined arrangement, direction, height and shape. The grinder is designed as a grater with a grating cone manufactured from stainless steel sheet and a tapered ring that is also made of stainless steel sheet, wherein the grating cone is rotatable on the tapered ring and the grating surface of the grating cone faces the smooth working surface of the tapered ring, The tapered ring has an inlet opening that is reduced in diameter for the grinding material, In the region of the inlet opening, at least one entry is circumferentially present for forming an inlet zone between the tapered ring and the corresponding grating cone, and the grating cone represents a cone-shaped sheet provided with grating nubs according to the type of kitchen grater or a plate provided with a grater, the grating nubs of which form the grating surface in a predefined arrangement, direction, height and shape.
A bioink, comprising: one or more cells; a carrier material; and discrete microspheres, the discrete microspheres comprising: one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers. one or more cells; a carrier material; and discrete microspheres, the discrete microspheres comprising: one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers. one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers.
A composition comprising: (a) polymer particles having a one millimeter penetration temperature of less than 75°C as determined by thermal mechanical analysis; or an unconfined yield strength of greater than 73 kilograms per square meter (15 pounds per square foot); or both and; (b) an anti-blocking agent in an amount of from 0.05 to less than 5 weight percent based on the total composition; and (c) an effective amount of a binding agent capable of binding the anti-blocking agent to the polymer particles, wherein the polymer particles comprise an ethylene/alpha-olefin copolymer, wherein the alpha-olefin has from 3 to 8 carbon atoms and does not contain an aromatic moiety, and wherein the binding agent is a siloxane polymer having the structural formula-Si (R 1 R 1)-O- wherein the R 1 groups are C 1 -C 18 hydrocarbyl groups. (a) polymer particles having a one millimeter penetration temperature of less than 75°C as determined by thermal mechanical analysis; or an unconfined yield strength of greater than 73 kilograms per square meter (15 pounds per square foot); or both and; a one millimeter penetration temperature of less than 75°C as determined by thermal mechanical analysis; or an unconfined yield strength of greater than 73 kilograms per square meter (15 pounds per square foot); or both and; (b) an anti-blocking agent in an amount of from 0.05 to less than 5 weight percent based on the total composition; and (c) an effective amount of a binding agent capable of binding the anti-blocking agent to the polymer particles,