mhurhangee/ep-ind-claims huggingface dataset:
A portable apparatus for measuring a physiological condition comprising: a card-like member; a processor within the card-like member; at least one sensor comprising a reagent, the sensor generating a signal indicative of a measured physiological parameter upon application of a blood sample to the sensor, wherein the sensor is fixed to the card-like member and operably coupled to the processor; at least one cover alterable between a first position in which the sensor is covered and a second position in which the sensor is exposed for use; and a memory device within the card-like member and operably coupled to the processor, the memory device comprising pre-stored calibration data unique to the sensor; characterized in that the apparatus further comprises: a calibration sensor fixed to the card-like member so as to be unusable by the user, the calibration sensor being from the same lot as the sensor, and wherein the pre-stored calibration data unique to the sensor is generated by the calibration sensor and stored in the memory device. a card-like member; a processor within the card-like member; at least one sensor comprising a reagent, the sensor generating a signal indicative of a measured physiological parameter upon application of a blood sample to the sensor, wherein the sensor is fixed to the card-like member and operably coupled to the processor; at least one cover alterable between a first position in which the sensor is covered and a second position in which the sensor is exposed for use; and a memory device within the card-like member and operably coupled to the processor, the memory device comprising pre-stored calibration data unique to the sensor; characterized in that the apparatus further comprises: a calibration sensor fixed to the card-like member so as to be unusable by the user, the calibration sensor being from the same lot as the sensor, and wherein the pre-stored calibration data unique to the sensor is generated by the calibration sensor and stored in the memory device. a calibration sensor fixed to the card-like member so as to be unusable by the user, the calibration sensor being from the same lot as the sensor, and wherein the pre-stored calibration data unique to the sensor is generated by the calibration sensor and stored in the memory device.
A method for use in a first network access point, NAP, in an Information Centric Network, ICN, the method comprising: receiving a request for a Hypertext Transfer Protocol, HTTP, resource from a requestor, wherein the request for the HTTP resource comprises a fully qualified domain name, FQDN; requesting the HTTP resource from a first server associated with the FQDN; receiving an error message that the HTTP resource is not available from the first server; publishing a message to a rendezvous point, RVZ, the message comprising a list of excluded node identifiers, NIDs, of one or more NAPs that have been previously contacted and have not provided the HTTP resource; receiving a forwarding identifier, FID, of a second NAP from a topology manager, TM, wherein the second NAP is associated with a second server that is associated with the FQDN, and wherein a NID of the second NAP is not on the list of excluded NIDs; requesting the HTTP resource from the second NAP; receiving the HTTP resource from the second NAP; and sending the HTTP resource to the requestor. receiving a request for a Hypertext Transfer Protocol, HTTP, resource from a requestor, wherein the request for the HTTP resource comprises a fully qualified domain name, FQDN; requesting the HTTP resource from a first server associated with the FQDN; receiving an error message that the HTTP resource is not available from the first server; publishing a message to a rendezvous point, RVZ, the message comprising a list of excluded node identifiers, NIDs, of one or more NAPs that have been previously contacted and have not provided the HTTP resource; receiving a forwarding identifier, FID, of a second NAP from a topology manager, TM, wherein the second NAP is associated with a second server that is associated with the FQDN, and wherein a NID of the second NAP is not on the list of excluded NIDs; requesting the HTTP resource from the second NAP; receiving the HTTP resource from the second NAP; and sending the HTTP resource to the requestor.
A nitride semiconductor laser diode comprising: a GaN substrate having a single-crystal GaN layer at least on its surface, said single-crystal GaN layer being formed through lateral growth process and a plurality of device-forming layers made of nitride semiconductor and formed on said GaN substrate, wherein a layer of the device-forming layers is contacting said laterally-grown single-crystal GaN layer, and wherein said device-forming layers further include an n-type cladding layer containing Al, an active layer containing InGaN and a p-type cladding layer containing Al; characterized in that the layer contacting said laterally-grown single-crystal GaN layer is made of Al a Ga 1-a N, 0 < a < 0.1, thus having a coefficient of thermal expansion smaller than that of GaN and, thereby, a compressive strain in-plane is applied to said layer contacting said single-crystal GaN layer. a GaN substrate having a single-crystal GaN layer at least on its surface, said single-crystal GaN layer being formed through lateral growth process and a plurality of device-forming layers made of nitride semiconductor and formed on said GaN substrate, wherein a layer of the device-forming layers is contacting said laterally-grown single-crystal GaN layer, and wherein said device-forming layers further include an n-type cladding layer containing Al, an active layer containing InGaN and a p-type cladding layer containing Al; characterized in that the layer contacting said laterally-grown single-crystal GaN layer is made of Al a Ga 1-a N, 0 < a < 0.1, thus having a coefficient of thermal expansion smaller than that of GaN and, thereby, a compressive strain in-plane is applied to said layer contacting said single-crystal GaN layer.
Shaft lower part for a shaft system with a sealing, insertable and/or latchable connection to a shaft central part and/or shaft upper part, wherein the shaft lower part is configured with a first outer wall (3.4) and a second outer wall (3.5), wherein the first outer wall (3.4) is configured with stiffening elements, wherein on the stiffening elements of the first outer wall (3.4) lateral flanks are configured and wherein the second outer wall (3.5) is configured with stiffening elements, wherein the shaft lower part is configured with a first portion and a second portion, wherein the first portion forms the upper portion viewed in the installed position and the second portion forms the lower portion, wherein the two portions (4, 5) are integrally interconnected by a transition portion, and wherein the shaft lower part is configured with a support surface for placing on a substrate, said support surface having the shape of a circular or annular surface or approximately the shape of a circular or annular surface, wherein the second portion has a smaller cross-sectional area, with respect to the outer wall (3.5), than the cross-sectional area of the first portion, with respect to the outer wall (3.4), wherein the cross-sectional area is the area obtained when the portion (4, 5) of the shaft lower part arranged in the installed position is projected vertically on to a horizontal plane therebelow, and wherein reinforcement elements are configured as ribs on the transition portion, characterised in that at least two arrangement portions of the reinforcement elements configured as ribs are present, wherein in each portion at least two mutually adjacent ribs have lateral flanks arranged parallel to each other.
Honeycomb block, in particular for the production of heat exchanger elements for flue gas cleaning systems of power plants, wherein the honeycomb block comprises a body that is produced in a one-piece manner from a plastics material and has a plurality of flow channels which are arranged parallel to each other and are separated from each other by channel walls, characterized in that the plastics material comprises a plastics which contains virgin polytetrafluoroethylene (PTFE) as a fraction of about 80% by weight or more and optionally a high performance polymer differing from the PTFE as a fraction of about 20% by weight or less.
Caliper body for a disc brake, wherein said caliper body is suitable for straddling an associable disc brake having a first braking surface, or a vehicle-side braking surface, and a second braking surface, or wheel-side braking surface, opposite said first braking surface; and wherein an axial direction (A-A) coinciding or parallel with the rotation axis of the disc is defined, a radial direction (R-R) orthogonal with said axial direction (A-A) and a tangential direction (T-T) orthogonal both to said axial direction (A-A) and to said radial direction (R-R) are defined; and wherein said caliper body comprising a first elongated portion, or vehicle-side elongated portion, at least partially suitable for facing said first braking surface and a second elongated portion, or wheel-side elongated portion, opposite said first elongated portion and at least partially suitable for facing said second braking surface; and wherein at least one part of said first elongated portion is constituted by at least one first module and at least one part of said second elongated portion is constituted by at least one second module, and wherein said first module and said second module are obtained by means of at least one non-additive manufacturing technique, and wherein said first module comprises at least one first positioning surface and wherein said second module comprises at least one second positioning surface, and wherein said first positioning surface and said second positioning surface are suitable for being arranged, when facing, substantially parallel to each other, characterised in that said caliper body comprises at least one junction element obtained by means of at least one additive manufacturing technique, and that said junction element connects said first module and said second module to each other to form a single piece, blocking the relative position of said first module and said second module with said first and second positioning surfaces (12, 22) substantially parallel to each other.
A sensor device for reporting the presence of gas, the sensor device comprising: - a sensor module for detecting the presence of gas and for outputting an electrical signal based on the detected gas; - a signal amplification module for amplifying the output electrical signal, characterized in that the sensor device comprises: - an energy storage module for storing energy that is based on the amplified electrical signal; - a transmitter module for transmitting a notification based on the stored energy of the energy storage module. - a sensor module for detecting the presence of gas and for outputting an electrical signal based on the detected gas; - a signal amplification module for amplifying the output electrical signal, characterized in that - an energy storage module for storing energy that is based on the amplified electrical signal; - a transmitter module for transmitting a notification based on the stored energy of the energy storage module.
A composition comprising (i) a tetrabasic zinc-amino acid or trialkyl glycine-halide complex and (ii) cysteine in free or in orally or cosmetically acceptable salt form.
A camera module, the camera module comprising: a cover; a holder disposed inside the cover; a solid lens and a liquid lens disposed inside the holder, the solid lens and a liquid lens being aligned along an optical axis; a connection board supplying current to the liquid lens; and a sensor board, wherein a terminal of the sensor board is electrically connected to a terminal of the connection board, wherein the holder comprises a first opening and a second opening formed opposite the first opening in a direction perpendicular to the optical axis, and wherein the liquid lens is disposed in the first opening and the second opening, characterized in that a guide portion is formed on a side portion of the cover, which faces the connection board, so that the guide portion protrudes or is recessed inwards from an inner side surface of the cover so as to come into surface contact with the connection board, which comprises: a first connection part disposed on a first side surface of the holder; and a second connection part disposed on a second side surface of the holder, wherein the first side surface and the second side surface are not adjacent to each other, and wherein the connection board is disposed between the holder and the guide portion formed on the side portion. a cover; a holder disposed inside the cover; a solid lens and a liquid lens disposed inside the holder, the solid lens and a liquid lens being aligned along an optical axis; a connection board supplying current to the liquid lens; and a sensor board, wherein a terminal of the sensor board is electrically connected to a terminal of the connection board, wherein the holder comprises a first opening and a second opening formed opposite the first opening in a direction perpendicular to the optical axis, and wherein the liquid lens is disposed in the first opening and the second opening, characterized in that a guide portion is formed on a side portion of the cover, which faces the connection board, so that the guide portion protrudes or is recessed inwards from an inner side surface of the cover so as to come into surface contact with the connection board, which comprises: a first connection part disposed on a first side surface of the holder; and a second connection part disposed on a second side surface of the holder, wherein the first side surface and the second side surface are not adjacent to each other, and wherein the connection board is disposed between the holder and the guide portion formed on the side portion. a first connection part disposed on a first side surface of the holder; and a second connection part disposed on a second side surface of the holder, wherein the first side surface and the second side surface are not adjacent to each other, and wherein the connection board is disposed between the holder and the guide portion formed on the side portion.
A management server comprising: a controller configured to control, by use of a first database (Db_t), a first audio client system that includes a first speaker and a second speaker; a statistical processor configured to obtain a first standard characteristic impedance by averaging characteristic impedances of multiple speakers including a first characteristic impedance of the first speaker and a second characteristic impedance of the second speaker; the first database (Db_t) including the first standard characteristic impedance, which is obtained by the statistical processor; an acquirer configured to acquire a new first characteristic impedance of the first speaker from the first audio client system; and a determiner configured to compare the new first characteristic impedance with the first standard characteristic impedance, to determine a condition of the first speaker, based on a result of the comparison, wherein the statistical processor is configured to update, based on the condition of the first speaker, the first standard characteristic impedance of the first database (Db_t), using the new first characteristic impedance. a controller configured to control, by use of a first database (Db_t), a first audio client system that includes a first speaker and a second speaker; a statistical processor configured to obtain a first standard characteristic impedance by averaging characteristic impedances of multiple speakers including a first characteristic impedance of the first speaker and a second characteristic impedance of the second speaker; the first database (Db_t) including the first standard characteristic impedance, which is obtained by the statistical processor; an acquirer configured to acquire a new first characteristic impedance of the first speaker from the first audio client system; and a determiner configured to compare the new first characteristic impedance with the first standard characteristic impedance, to determine a condition of the first speaker, based on a result of the comparison, wherein the statistical processor is configured to update, based on the condition of the first speaker, the first standard characteristic impedance of the first database (Db_t), using the new first characteristic impedance.
A dendrimer complex for use in a method for treating an inflammatory gastrointestinal disorder, the method comprising orally administering to a subject a dendrimer complex consisting of a poly(amidoamine) (PAMAM) hydroxyl-terminated dendrimer having one or more anti-inflammatory agents conjugated to the dendrimer, wherein the dendrimer complex crosses the blood brain barrier, wherein the use is in a subject that has inflammation in the gastrointestinal tract and/or a disorder with central nervous system complications.
A computerized method for taking measurements from an oblique image displayed on a computer system, at least one input device (84a, 84b) connected to said computer system, an image data file accessible by said computer system, said image data file including captured images (I 1... IN) and positional data (CPD 1... CPD N) corresponding thereto, said computerized method comprising: placing the computer system into a desired one of a plurality of measurement modes, the desired measurement mode configured for calculating a desired measurement; selecting a starting point on the displayed image; retrieving the positional data (CPD 1... CPD N) corresponding to said starting point; selecting an end point on the displayed image; retrieving the positional data (CPD 1... CPD N) corresponding to said end point; and calculating the desired measurement dependent at least in part upon said positional data (CPD 1... CPD N) of said starting and end points (152, 154) and by referencing a ground plane representing at least a portion of the terrain depicted within the oblique image that has been pre-calculated for the oblique image, the ground plane comprising a plurality of interconnected facets (162a-162c), each of the facets having a respective pitch and slope, the ground plane comprising a plurality of vertices, each vertex having an elevation and defining a corner of a facet, two of the vertices of a facet shared with an adjacent facet. placing the computer system into a desired one of a plurality of measurement modes, the desired measurement mode configured for calculating a desired measurement; selecting a starting point on the displayed image; retrieving the positional data (CPD 1... CPD N) corresponding to said starting point; selecting an end point on the displayed image; retrieving the positional data (CPD 1... CPD N) corresponding to said end point; and calculating the desired measurement dependent at least in part upon said positional data (CPD 1... CPD N) of said starting and end points (152, 154) and by referencing a ground plane representing at least a portion of the terrain depicted within the oblique image that has been pre-calculated for the oblique image, the ground plane comprising a plurality of interconnected facets (162a-162c), each of the facets having a respective pitch and slope, the ground plane comprising a plurality of vertices, each vertex having an elevation and defining a corner of a facet, two of the vertices of a facet shared with an adjacent facet.
A method for compensating an imbalance (344, 345) of a wind rotor of a wind turbine, the method comprising applying at least two test-offsets, one after the other, to a parameter (113, 117) characterizing a state of the wind rotor, wherein the imbalance (344, 345) depends on the parameter (113, 117); measuring for the at least two test-offsets an acceleration of the wind turbine, wherein the acceleration depends on the imbalance (344, 345); and determining a compensation-offset (341-343, 874-876) based on the measured acceleration, wherein the imbalance (344, 345) is at least partially compensated, when the compensation-offset (341-343, 874-876) is applied to the parameter (113, 117), wherein determining the compensation-offset (341-343, 874-876) comprises determining, for each of the at least two test-offsets, a frequency component of a frequency spectrum of the measured acceleration, mapping each of the frequency components to a coordinate system, determining a center defined by each of the frequency components, wherein the center is defined as a center of gravity of a geometric shape defined by each of the frequency components, and calculating the compensation-offset (341-343, 874-876) based on the center, wherein the parameter (113, 117) comprises a plurality of blade parameters, each characterizing a different blade of a plurality of blades of the wind rotor, wherein each blade parameter comprises a blade pitch. applying at least two test-offsets, one after the other, to a parameter (113, 117) characterizing a state of the wind rotor, wherein the imbalance (344, 345) depends on the parameter (113, 117); measuring for the at least two test-offsets an acceleration of the wind turbine, wherein the acceleration depends on the imbalance (344, 345); and determining a compensation-offset (341-343, 874-876) based on the measured acceleration, wherein the imbalance (344, 345) is at least partially compensated, when the compensation-offset (341-343, 874-876) is applied to the parameter (113, 117), wherein determining the compensation-offset (341-343, 874-876) comprises determining, for each of the at least two test-offsets, a frequency component of a frequency spectrum of the measured acceleration, mapping each of the frequency components to a coordinate system, determining a center defined by each of the frequency components, wherein the center is defined as a center of gravity of a geometric shape defined by each of the frequency components, and calculating the compensation-offset (341-343, 874-876) based on the center, determining, for each of the at least two test-offsets, a frequency component of a frequency spectrum of the measured acceleration, mapping each of the frequency components to a coordinate system, determining a center defined by each of the frequency components, wherein the center is defined as a center of gravity of a geometric shape defined by each of the frequency components, and calculating the compensation-offset (341-343, 874-876) based on the center,