mhurhangee/ep-ind-claims huggingface dataset:
A Peer-to-Peer, P2P, - based network apparatus, the apparatus comprising: a movement sensing unit configured to sense movement of a mobile station, MS,, the mobile station being a mobile peer, a candidate proxy selection unit configured to select a candidate proxy for connection with the MS, in response to movement of the MS being sensed; a data packet forwarding unit configured to forward a data packet destined for the MS to the selected candidate proxy; and an information control unit configured to delete information about the MS after the data packet is forwarded. a movement sensing unit configured to sense movement of a mobile station, MS,, the mobile station being a mobile peer, a candidate proxy selection unit configured to select a candidate proxy for connection with the MS, in response to movement of the MS being sensed; a data packet forwarding unit configured to forward a data packet destined for the MS to the selected candidate proxy; and an information control unit configured to delete information about the MS after the data packet is forwarded.
A prosthetic system comprising: a movable joint defining at least one gap; and at least one spacer unit positionable in the at least one gap; wherein the at least one spacer unit includes a resilient element formed of at least one material that is controllably deformable to vary a thickness of the at least one spacer unit to fill the at least one gap, and to reduce a likelihood of the at least one spacer unit interfering with relative movement between first and second components (102, 104) of the movable joint, the at least one material forming the resilient element configured to compress in a first direction with no expansion in a second direction normal to the first direction; wherein the at least one gap is defined between the first and second components (102, 104); wherein an axle extends through the first and second components (102, 104), such that the first and second components (102, 104) are arranged to rotate about the axle and move relative to one another; wherein the spacer unit has an axis along which a central opening is defined, the spacer unit is coaxial to the axle such that the thickness varies along the axis. a movable joint defining at least one gap; and at least one spacer unit positionable in the at least one gap; wherein the at least one spacer unit includes a resilient element formed of at least one material that is controllably deformable to vary a thickness of the at least one spacer unit to fill the at least one gap, and to reduce a likelihood of the at least one spacer unit interfering with relative movement between first and second components (102, 104) of the movable joint, the at least one material forming the resilient element configured to compress in a first direction with no expansion in a second direction normal to the first direction; wherein the at least one gap is defined between the first and second components (102, 104); wherein an axle extends through the first and second components (102, 104), such that the first and second components (102, 104) are arranged to rotate about the axle and move relative to one another; wherein the spacer unit has an axis along which a central opening is defined, the spacer unit is coaxial to the axle such that the thickness varies along the axis.
Method of monitoring bioprocesses, in particular fermentation processes, wherein a course of a bioprocess is predicted with the aid of a process model and estimated values for biological process parameters are estimated during the course of the bioprocess with the process model, with the following steps: a. selecting at least what is known as the respiratory quotient as a process parameter of the bioprocess, for which current measured values (RQ m) are determined during the course of the bioprocess; b. comparing the respective current measured value (RQ m) of the at least one selected process parameter with the corresponding estimated value (RQ c) estimated by the process model for this at least one process parameter; c. comparing a variance (ΔRQ) between the respective current measured value (RQ m) and the corresponding estimated value (RQ c) for the at least one selected process parameter with a predetermined threshold value; d. changing at least what is known as the lag term (α), which is employed as a defined model parameter (α) in the process model, when the predetermined threshold value is exceeded by the variance (ΔRQ), wherein the steps b to d with the respective changed model parameter (α) are run through until the variance (ΔRQ) is placed below a predetermined threshold value, wherein what is known as the lag term (α), which is employed as a model parameter (α) in the process model, is changed when the threshold value is exceeded within predetermined limit values by the variance (ΔRQ) in the step d and wherein in the case that after a predetermined number of repetitions of steps b to d, the threshold value is met by the variance (ΔRQ), the method is discontinued and a warning is output. a. selecting at least what is known as the respiratory quotient as a process parameter of the bioprocess, for which current measured values (RQ m) are determined during the course of the bioprocess; b. comparing the respective current measured value (RQ m) of the at least one selected process parameter with the corresponding estimated value (RQ c) estimated by the process model for this at least one process parameter; c. comparing a variance (ΔRQ) between the respective current measured value (RQ m) and the corresponding estimated value (RQ c) for the at least one selected process parameter with a predetermined threshold value; d. changing at least what is known as the lag term (α), which is employed as a defined model parameter (α) in the process model, when the predetermined threshold value is exceeded by the variance (ΔRQ),
A (i) lentivirus-like particle or (ii) lentivirus, which lentivirus-like particle or a lentivirus is physically associated with an expression product via a mammalian cell membrane portion associated with the lentivirus-like particle or lentivirus and the mammalian transmembrane domain of the expression product, the expression product comprising in N-terminal to C-terminal order: a 5 to 20 amino acid peptide, contiguous with a first linker peptide sequence, contiguous with a beta 2 microglobulin sequence, contiguous with a second linker peptide sequence, contiguous with a class I Major Histocompatibility Complex heavy chain sequence, contiguous with a third linker peptide sequence, contiguous with a fluorescent protein or a sequence of an immunoglobulin Fc domain, contiguous with a fourth linker peptide sequence, contiguous with the mammalian transmembrane domain, contiguous with a lentiviral packaging sequence comprising the GP41 envelope protein residues 706-713. a 5 to 20 amino acid peptide, contiguous with a first linker peptide sequence, contiguous with a beta 2 microglobulin sequence, contiguous with a second linker peptide sequence, contiguous with a class I Major Histocompatibility Complex heavy chain sequence, contiguous with a third linker peptide sequence, contiguous with a fluorescent protein or a sequence of an immunoglobulin Fc domain, contiguous with a fourth linker peptide sequence, contiguous with the mammalian transmembrane domain, contiguous with a lentiviral packaging sequence comprising the GP41 envelope protein residues 706-713.
An apparatus comprising: a field device of a process control system, wherein the field device receives control signals over signal wires and draws power from the signal wires; and a radio-frequency identification tag communicatively coupled to the field device, the radio-frequency identification tag having a processor, an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader, and an antenna, characterized in that the radio-frequency identification tag is connected to the signal wires, in parallel or in series with the field device, to draw power from the process control system. a field device of a process control system, wherein the field device receives control signals over signal wires and draws power from the signal wires; and a radio-frequency identification tag communicatively coupled to the field device, the radio-frequency identification tag having a processor, an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader, and an antenna, a processor, an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader, and an antenna, characterized in that the radio-frequency identification tag is connected to the signal wires, in parallel or in series with the field device, to draw power from the process control system.
A method for the manufacture of phosphoric acid of phosphate-containing ashes from waste incineration plants, the method at least comprising the recovery of calcium phosphate, characterized in that a) the ashes are reacted with phosphoric acid, b) the acid-insoluble part of the solids is separated, c) calcium phosphate-precipitate is recovered and separated by adding calcium oxide or calcium carbonate to the filtrate or supernatant, and at least partially the filtrate or the supernatant with the resulting phosphoric acid is returned and, in the first step, is used for solution of substances from the ash. a) the ashes are reacted with phosphoric acid, b) the acid-insoluble part of the solids is separated, c) calcium phosphate-precipitate is recovered and separated by adding calcium oxide or calcium carbonate to the filtrate or supernatant, and
A program detail information display apparatus comprising: display means; storage means for storing program data of a program; program detail information extracting means adapted for extracting program detail information (316,324) such as a synopsis or high lighted scenes from the program data stored in the storage means in response to a quantity of data of the program detail information being greater than a predetermined number of bytes, characterized in that it further comprises program detail information sequential display control means adapted for issuing the program detail information such as the synopsis or high lighted scenes, extracted by the program detail information extracting means sequentially to the display means; the program detail information extracting means is further adapted for not extracting program detail information from the program data stored in the storage means in response to the quantity of data of the program detail information being less than or equal to the predetermined number of bytes; wherein the predetermined number of bytes is greater than zero. display means; storage means for storing program data of a program; program detail information extracting means adapted for extracting program detail information (316,324) such as a synopsis or high lighted scenes from the program data stored in the storage means in response to a quantity of data of the program detail information being greater than a predetermined number of bytes, characterized in that it further comprises program detail information sequential display control means adapted for issuing the program detail information such as the synopsis or high lighted scenes, extracted by the program detail information extracting means sequentially to the display means; the program detail information extracting means is further adapted for not extracting program detail information from the program data stored in the storage means in response to the quantity of data of the program detail information being less than or equal to the predetermined number of bytes; wherein the predetermined number of bytes is greater than zero.
A computer-implemented image processing method, comprising: obtaining an original image including a cultured cell image with a background image; dividing the original image into blocks each composed of a predetermined number of pixels and obtaining a spatial frequency component of an image in each block for each block; setting a total of intensities of low frequency components having a frequency equal to or lower than a predetermined frequency as a first feature amount, setting a total of intensities of high frequency components having a higher frequency than the low frequency component as a second feature amount and classifying each block as the one belonging to a cell cluster corresponding to the cell or the one belonging to other than the cell cluster in a two-dimensional feature amount space composed of the first feature amounts and the second feature amounts; and segmenting the original image into an area occupied by the blocks classified as the cell cluster and another area, characterized in that an intensity of a direct-current component, out of the spatial frequency components, is set as the first feature amount and a total of intensities of alternating-current components is set as the second feature amount. obtaining an original image including a cultured cell image with a background image; dividing the original image into blocks each composed of a predetermined number of pixels and obtaining a spatial frequency component of an image in each block for each block; setting a total of intensities of low frequency components having a frequency equal to or lower than a predetermined frequency as a first feature amount, setting a total of intensities of high frequency components having a higher frequency than the low frequency component as a second feature amount and classifying each block as the one belonging to a cell cluster corresponding to the cell or the one belonging to other than the cell cluster in a two-dimensional feature amount space composed of the first feature amounts and the second feature amounts; and segmenting the original image into an area occupied by the blocks classified as the cell cluster and another area, characterized in that an intensity of a direct-current component, out of the spatial frequency components, is set as the first feature amount and a total of intensities of alternating-current components is set as the second feature amount.
A laboratory vessel for storing and treating a tissue sample, with a closable opening, comprising a pipe part, which is insertable through the opening of the laboratory vessel, wherein in inserted position, it seals against the laboratory vessel with its outer circumference and is clampingly displaceable with respect to said laboratory vessel, comprising a treatment agent region located between the inner wall of the laboratory vessel and the outer wall of a pestle, wherein at least one treatment agent is arranged and wherein the pestle is mounted in the laboratory vessel such that the pipe part can be sealingly placed over the pestle with its inner circumference thereby separating the treatment agent region from a sample region within the laboratory vessel.
A method of extraction of at least one target skin bioactive from algae, fungi or botantical biomass, which method comprises a) contacting the algae, fungi or botanical biomass with an aqueous liquid to form a slurry, wherein the aqueous liquid comprises about 0.01 to about 20, preferably 0.1 to about 10, most preferably about 0.5 to about 5 wt. percent, especially 0.5 to about 2 or about 3 wt. % of a nonionic surfactant selected from the group consisting of block copolymers of poly(ethylene oxide)/poly(propyleneoxide) and alkyl polyglucosides and the wt. percent is based on the total weight of the slurry, and b) optionally, separating the biomass from the aqueous slurry, and the target skin bioactive is a flavonoid or flavonoid derivative. a) contacting the algae, fungi or botanical biomass with an aqueous liquid to form a slurry, wherein the aqueous liquid comprises about 0.01 to about 20, preferably 0.1 to about 10, most preferably about 0.5 to about 5 wt. percent, especially 0.5 to about 2 or about 3 wt. % of a nonionic surfactant selected from the group consisting of block copolymers of poly(ethylene oxide)/poly(propyleneoxide) and alkyl polyglucosides and the wt. percent is based on the total weight of the slurry, and b) optionally, separating the biomass from the aqueous slurry, and the target skin bioactive is a flavonoid or flavonoid derivative.
An ophthalmic observation apparatus comprising: a source that outputs broadband light; an optical system that divides the light from the light source into a signal light and a reference light, overlaps said signal light that has passed through a subject eye and the reference light that has passed through a reference light path, and generates and detects interference light; an image forming means that, based on the detection results of said interference light by said optical system, forms an image of said subject eye; an analysis means that analyzes said formed image; an output means that outputs examination-results information including the image analysis results by said analysis means; a storage means that preliminarily stores operation mode information in which each of a plurality of operation modes corresponding to examination types is associated with the operational details of at least one of said optical system, said image forming means, said analysis means, and said output means; an operation means for editing the operation mode information stored in the storing means; a designating means that designates one of said plurality of operation modes; and a control means that refers to the operation mode information stored in said storage to identify the operational details associated with said designated operation mode, and controls at least one of said optical system, said image forming means, said analysis means, and said output means based on said identified operational details. a source that outputs broadband light; an optical system that divides the light from the light source into a signal light and a reference light, overlaps said signal light that has passed through a subject eye and the reference light that has passed through a reference light path, and generates and detects interference light; an image forming means that, based on the detection results of said interference light by said optical system, forms an image of said subject eye; an analysis means that analyzes said formed image; an output means that outputs examination-results information including the image analysis results by said analysis means; a storage means that preliminarily stores operation mode information in which each of a plurality of operation modes corresponding to examination types is associated with the operational details of at least one of said optical system, said image forming means, said analysis means, and said output means; an operation means for editing the operation mode information stored in the storing means; a designating means that designates one of said plurality of operation modes; and a control means that refers to the operation mode information stored in said storage to identify the operational details associated with said designated operation mode, and controls at least one of said optical system, said image forming means, said analysis means, and said output means based on said identified operational details.
Magnet assembly for a solenoid valve, comprising a magnet core, which is composed of at least one first and one second core element (1, 2), and a magnet coil, which is inserted into an annular recess in the first core element, characterized in that the recess is closed in a media-tight manner by means of a web section of the first core element on the side of a pole face which forms the first core element, wherein the web section is formed in a continuous manner and the web section closes off the recess at the bottom so that the magnet core is not interrupted in the region of the pole face.
An integrated thermoformable splint and heater comprising: - a thermoplastic material having a top side and a bottom side opposite the top side; and - an oxygen activated heater operatively attached in association with at least one of the top and bottom sides of the thermoplastic material, wherein the oxygen activated heater comprises: - a heater sheet, a wicking layer and an air diffuser layer each having a respective top surface (21, 25, 29) and a bottom surface (22, 26, 30) opposite their respective top surfaces (21, 25, 29), wherein: - the bottom surface of the heater sheet is positioned in operative contact with at least one of the top and bottom sides of the thermoplastic material; - the bottom surface of the wicking layer is positioned in operative contact with the top surface of the heater sheet; and - the bottom surface of the air diffuser layer is positioned in operative contact with the top surface of the wicking layer, and wherein the integrated thermoformable splint and heater further comprises an outer housing having an interior region and an outer surface, wherein the oxygen activated heater and the thermoplastic material are contained within the interior region of the outer housing. - a thermoplastic material having a top side and a bottom side opposite the top side; and - an oxygen activated heater operatively attached in association with at least one of the top and bottom sides of the thermoplastic material, wherein the oxygen activated heater comprises: - a heater sheet, a wicking layer and an air diffuser layer each having a respective top surface (21, 25, 29) and a bottom surface (22, 26, 30) opposite their respective top surfaces (21, 25, 29), wherein: - the bottom surface of the heater sheet is positioned in operative contact with at least one of the top and bottom sides of the thermoplastic material; - the bottom surface of the wicking layer is positioned in operative contact with the top surface of the heater sheet; and - the bottom surface of the air diffuser layer is positioned in operative contact with the top surface of the wicking layer, and wherein