mhurhangee/ep-ind-claims huggingface dataset:
A method for determining an item of size information of a drop for analyzing the interaction between a surface of a sample and a liquid, having the following steps: a) applying a drop of a liquid to a sample surface, b) illuminating the drop using several light sources (L 1, L 2) that are each arranged at a light source position in the surroundings of the drop, c) detecting light reflections of the light sources (L 1, L 2) that emanate from the drop using a camera, wherein a sensor position (K 1, K 2) on a sensor of the camera is determined for each detected light reflection, d) assigning individual light source positions to individual sensor positions (K 1, K 2), such that pairs of one sensor position (K 1, K 2) and one associated light source position each are provided, and e) calculating an item of size information of the drop from the pairs, wherein a plurality of normal vectors ( n) arranged along an associated eye ray of the camera are calculated for the pairs that describe possible arrangements of a reflected surface region, and wherein an assumed drop surface is varied and compared with the normal vectors ( n) calculated for the pairs in an optimization process. a) applying a drop of a liquid to a sample surface, b) illuminating the drop using several light sources (L 1, L 2) that are each arranged at a light source position in the surroundings of the drop, c) detecting light reflections of the light sources (L 1, L 2) that emanate from the drop using a camera, wherein a sensor position (K 1, K 2) on a sensor of the camera is determined for each detected light reflection, d) assigning individual light source positions to individual sensor positions (K 1, K 2), such that pairs of one sensor position (K 1, K 2) and one associated light source position each are provided, and e) calculating an item of size information of the drop from the pairs, wherein a plurality of normal vectors ( n) arranged along an associated eye ray of the camera are calculated for the pairs that describe possible arrangements of a reflected surface region, and wherein an assumed drop surface is varied and compared with the normal vectors ( n) calculated for the pairs in an optimization process.
A method performed by a terminal (100, 500) in a wireless communication system, the method characterised by: establishing a first signaling access point name, APN, bearer related to a first communication system with a gateway (130, 508); establishing (S540, S542) a data bearer for an internet access point name, APN,and a second signaling APN bearer related to a second communication system, during an attach procedure with the gateway (130, 508) through a link using the second communication system, in a case that the terminal (100, 500) is in a radio resource control, RRC, connection state on the first communication system; performing a switching from the first communication system to the second communication system; transmitting, to the gateway (130, 508), a link start marker packet indicating the switching from the first communication system to the second communication system, based on the second signaling APN bearer; and transmitting and receiving data based on the second communication system, wherein the internet APN is used to support an inter-radio access technology, RAT, switching between the first communication system and the second communication system. establishing a first signaling access point name, APN, bearer related to a first communication system with a gateway (130, 508); establishing (S540, S542) a data bearer for an internet access point name, APN,and a second signaling APN bearer related to a second communication system, during an attach procedure with the gateway (130, 508) through a link using the second communication system, in a case that the terminal (100, 500) is in a radio resource control, RRC, connection state on the first communication system; performing a switching from the first communication system to the second communication system; transmitting, to the gateway (130, 508), a link start marker packet indicating the switching from the first communication system to the second communication system, based on the second signaling APN bearer; and transmitting and receiving data based on the second communication system, wherein the internet APN is used to support an inter-radio access technology, RAT, switching between the first communication system and the second communication system.
Tracking method for the tracking of a hog production line, in particular for the production of raw/cooked ham, especially if denominated from a protected/controlled origin, and structure of an identifying code for carrying out such a method, comprising a sequence of: - a preliminary loading phase for the loading of particular identifying codes in emission devices; - an inserting phase for inserting said emission devices in a hog at the milk piglet stage within 30 days from his birth, or at any rate prior to leaving the original breeding station; - intermediate receiving/processing/memorizing phases for the respective receiving, processing and memorizing of said particular identifying codes during the weaning, growing and processing phases of said hog; characterized in that said inserting phase comprises a subcutaneous inserting for inserting at least one emission device under the skin of each hind leg of said hog, so as to associate a particular identifying code with each hind leg of said hog, and a general identifying code of said hog, constituted of a combination of said particular identifying codes. - a preliminary loading phase for the loading of particular identifying codes in emission devices; - an inserting phase for inserting said emission devices in a hog at the milk piglet stage within 30 days from his birth, or at any rate prior to leaving the original breeding station; - intermediate receiving/processing/memorizing phases for the respective receiving, processing and memorizing of said particular identifying codes during the weaning, growing and processing phases of said hog;
A powder composition comprising: - a functionalized starch having a single helix V-structure and having a degree of functionalization of at least 0.25, and - a poorly water-soluble or water insoluble bioactive agent, forming an inclusion complex with said functionalized starch, wherein said bioactive agent is within said helix V-structure of said functionalized starch having a single helix V-structure, and wherein said inclusion complex is soluble in an aqueous media; wherein said functionalized starch is selected from the group consisting of a carboxylated starch, a hydroxypropylated starch, an acetylated starch, a hydroxypropyl methylated starch, an aminated starch, an alkylated starch, acylated starch, an acid modified starch, an octenylated starch, or combinations thereof. - a functionalized starch having a single helix V-structure and having a degree of functionalization of at least 0.25, and - a poorly water-soluble or water insoluble bioactive agent, forming an inclusion complex with said functionalized starch, wherein said bioactive agent is within said helix V-structure of said functionalized starch having a single helix V-structure, and wherein said inclusion complex is soluble in an aqueous media;
A cell culture medium, comprising Triglyceride 1.1 mmol/l Cholesterol 4.1 mmol/l HDL-cholesterol 1.1 mmol/l LDL-cholesterol 2.5 mmol/l Estradiol 86 pmol/l T3 11 pmol/l T4 4.4 pmol/l Cortisol 231 nmol/l Testosterone 12 nmol/l SHGB 26 nmol/l Insulin 7.2 mlE/l IGF-1 157 μg/l S-GH 0.3 μg/l and 10 μmol of NY-ESO-1 peptide, 1000 U/ml of IL-2, 10 ng/ml of IL-15 and 10 ng/ml of IL-21.
A device for dividing up a volume of liquid contained in an original container by filling bottles that are smaller than the original container, comprising: - a source of pressurized gas; - a first line (11, 5) running from the source of pressurized gas and opening into the original container so as to place it under pressure; and - a line for withdrawing the contents of the original container, connecting the latter to one of the smaller bottles, wherein said device comprises: - a second line, distinct from the withdrawing line, running from the pressure source and ending in the smaller bottle to be filled, and means (12, 14, 21) for closing and opening certain of said lines, which can only be activated in a fixed sequence so that gas flow starts in the second line before liquid starts to flow in the withdrawing line and stops after this flow of liquid has stopped. - a source of pressurized gas; - a first line (11, 5) running from the source of pressurized gas and opening into the original container so as to place it under pressure; and - a line for withdrawing the contents of the original container, connecting the latter to one of the smaller bottles, - a second line, distinct from the withdrawing line, running from the pressure source and ending in the smaller bottle to be filled, and means (12, 14, 21) for closing and opening certain of said lines, which can only be activated in a fixed sequence so that gas flow starts in the second line before liquid starts to flow in the withdrawing line and stops after this flow of liquid has stopped.
A humanized steering system for an automated vehicle, said system comprising: one or more steering-wheels operable to steer the automated vehicle; an angle-sensor configured to determine a steering-angle of the steering-wheels; a hand-wheel usable by an operator of the automated vehicle to influence the steering-angle and thereby manually steer the automated vehicle; a steering-actuator operable to influence the steering-angle thereby steer the automated vehicle when the operator does not manually steer the automated vehicle; a position-sensor operable to indicate a relative-position of an object proximate to the automated vehicle; and a controller configured to receive the steering-angle and the relative-position, learn the manner in which the operator operates the automated vehicle based on the steering-angle and the relative-position when the operator is manually operating the automated vehicle, determine, using deep-learning techniques, a steering-model based on at least the steering-angle and the relative-position, wherein the steering-model is characterized by a binary-vector composed of a plurality of bits indicative of parameters of the steering-model, and operate the steering-actuator to steer the automated vehicle in accordance with the steering-model, wherein the steering-model outputs a desired-angle of the steering-wheels when the operator does not manually steer the automated vehicle whereby the automated vehicle is steered in a manner similar to how the operator manually steers the automated vehicle. one or more steering-wheels operable to steer the automated vehicle; an angle-sensor configured to determine a steering-angle of the steering-wheels; a hand-wheel usable by an operator of the automated vehicle to influence the steering-angle and thereby manually steer the automated vehicle; a steering-actuator operable to influence the steering-angle thereby steer the automated vehicle when the operator does not manually steer the automated vehicle; a position-sensor operable to indicate a relative-position of an object proximate to the automated vehicle; and a controller configured to receive the steering-angle and the relative-position, learn the manner in which the operator operates the automated vehicle based on the steering-angle and the relative-position when the operator is manually operating the automated vehicle, determine, using deep-learning techniques, a steering-model based on at least the steering-angle and the relative-position, wherein the steering-model is characterized by a binary-vector composed of a plurality of bits indicative of parameters of the steering-model, and operate the steering-actuator to steer the automated vehicle in accordance with the steering-model, wherein the steering-model outputs a desired-angle of the steering-wheels when the operator does not manually steer the automated vehicle whereby the automated vehicle is steered in a manner similar to how the operator manually steers the automated vehicle.
A method for transmitting a synchronization signal by a Device-to-Device, D2D, user equipment (1500, 1550), UE, the method comprising: receiving discovery transmission pool configuration information and synchronization signal resource information; and transmitting the synchronization signal based on the discovery transmission pool configuration information and the synchronization signal resource information, wherein the synchronization signal is transmitted in a subframe which is positioned before a first subframe of a discovery transmission pool and is nearest to the first subframe of the discovery transmission pool, and wherein the discovery transmission pool is periodically configured. receiving discovery transmission pool configuration information and synchronization signal resource information; and transmitting the synchronization signal based on the discovery transmission pool configuration information and the synchronization signal resource information, wherein the synchronization signal is transmitted in a subframe which is positioned before a first subframe of a discovery transmission pool and is nearest to the first subframe of the discovery transmission pool, and wherein the discovery transmission pool is periodically configured.
A biocompatible, laminar fuel cell for use in or proximate to the body of a living organism, the laminar fuel cell comprising an anode spacer layer; a first hole located in the anode spacer layer; a cathode spacer layer; at least a second hole, wherein the second hole is located in the cathode spacer layer, wherein the second hole is aligned to the first hole, and wherein the second hole is larger than the first hole such that when the first hole and the second hole are aligned there is a ridge of anode spacer layer exposed in the second hole; a membrane layer, wherein the membrane layer is placed within the second hole and is adhered to the ridge of anode spacer layer; a first cavity between sides of the first hole and a first surface of the membrane layer, wherein the first cavity is filled with an anode solution; a first electrode arranged at the anode cavity; a second cavity between sides of the second hole and a second surface of the membrane layer, wherein the second cavity is filled with a cathode solution; a second electrode arranged at the cathode cavity; and a third cavity wherein the third cavity is filled with a fuel solution and wherein a channel connects the third cavity to the first cavity. an anode spacer layer; a first hole located in the anode spacer layer; a cathode spacer layer; at least a second hole, wherein the second hole is located in the cathode spacer layer, wherein the second hole is aligned to the first hole, and wherein the second hole is larger than the first hole such that when the first hole and the second hole are aligned there is a ridge of anode spacer layer exposed in the second hole; a membrane layer, wherein the membrane layer is placed within the second hole and is adhered to the ridge of anode spacer layer; a first cavity between sides of the first hole and a first surface of the membrane layer, wherein the first cavity is filled with an anode solution; a first electrode arranged at the anode cavity; a second cavity between sides of the second hole and a second surface of the membrane layer, wherein the second cavity is filled with a cathode solution; a second electrode arranged at the cathode cavity; and a third cavity wherein the third cavity is filled with a fuel solution and wherein a channel connects the third cavity to the first cavity.
A computer-implemented method to determine a subject's blood glucose level non-invasively by analyzing an exhaled breath or another gaseous emanation from the subject, comprising: - non-invasively detecting an amount of at least one volatile organic marker in the subject's exhaled breath or the subject's other gaseous emanation as marker data; - determining the subject's blood glucose level based on the marker data; - wherein the volatile organic marker is selected from a group of markers for which the amount of the volatile organic marker is negatively correlated to the blood glucose level characterized in that the volatile organic marker is one of indole (C8H7N), a partly saturated derivative of indole, fully saturated derivative of indole and a true fraction of indole. - non-invasively detecting an amount of at least one volatile organic marker in the subject's exhaled breath or the subject's other gaseous emanation as marker data; - determining the subject's blood glucose level based on the marker data; - wherein the volatile organic marker is selected from a group of markers for which the amount of the volatile organic marker is negatively correlated to the blood glucose level
A modular refrigerator, comprising: a cabinet body; an upper cover; and an integrated refrigeration apparatus comprising an integrated refrigeration apparatus body and an evaporation plate, wherein the integrated refrigeration apparatus body includes a base, a housing fixed to the base and a refrigeration assembly disposed within the housing, and wherein the evaporation plate is disposed outside the housing, the evaporation plate being connected to the refrigeration assembly with at least one pipe, wherein both of the upper cover and the integrated refrigeration apparatus body are fixed at an upper part of the cabinet body, and the integrated refrigeration apparatus body is located at a side of the upper cover, characterized in that a second clamping slot is provided at a bottom of the integrated refrigeration apparatus body, and a second projection to be mated with the second clamping slot is provided at a corresponding position of the cabinet body, or in that the second projection is provided at a bottom of the integrated refrigeration apparatus body, and the second clamping slot to be mated with the second projection is provided at a corresponding position of the cabinet body. a cabinet body; an upper cover; and an integrated refrigeration apparatus comprising an integrated refrigeration apparatus body and an evaporation plate, wherein the integrated refrigeration apparatus body includes a base, a housing fixed to the base and a refrigeration assembly disposed within the housing, and wherein the evaporation plate is disposed outside the housing, the evaporation plate being connected to the refrigeration assembly with at least one pipe, wherein both of the upper cover and the integrated refrigeration apparatus body are fixed at an upper part of the cabinet body, and the integrated refrigeration apparatus body is located at a side of the upper cover, characterized in that a second clamping slot is provided at a bottom of the integrated refrigeration apparatus body, and a second projection to be mated with the second clamping slot is provided at a corresponding position of the cabinet body, or in that the second projection is provided at a bottom of the integrated refrigeration apparatus body, and the second clamping slot to be mated with the second projection is provided at a corresponding position of the cabinet body.
An antimicrobial composition comprising at least 40 % of one or more phenolic compounds selected from carvacrol and thymol and at least 15 % menthol.
An electrolyte for a rechargeable lithium battery, the electrolyte consisting of: a lithium salt; a succinonitrile additive; a non-aqueous organic solvent; and an alkyl benzonitrile compound represented by the following Chemical Formula 1: wherein, R is a substituted or unsubstituted C1 to C5 alkyl group. a lithium salt; a succinonitrile additive; a non-aqueous organic solvent; and an alkyl benzonitrile compound represented by the following Chemical Formula 1: wherein, R is a substituted or unsubstituted C1 to C5 alkyl group.
A circuit for controlling the operation of a memory system having different types of memory, the circuit comprising: a first memory (208, 440) having a first type of memory element and having a first access time; a second memory (212, 448) having a second type of memory element and having a second access time, wherein the second type of memory element is different than the first type of memory element; a memory control circuit enabling access to the first memory and the second memory, the memory control circuit comprising a profiler that determines a threshold value for sizes of data to split memory accesses between the first memory and the second memory, wherein the threshold value is adjusted if it is determined that an access frequency associated with the first memory is different than a predetermined access frequency; a delay buffer coupled to the second memory to compensate for a difference in the first access time and the second access time; and a circuit for merging output data of the first memory and delayed output data of the second memory to generate ordered output data. a first memory (208, 440) having a first type of memory element and having a first access time; a second memory (212, 448) having a second type of memory element and having a second access time, wherein the second type of memory element is different than the first type of memory element; a memory control circuit enabling access to the first memory and the second memory, the memory control circuit comprising a profiler that determines a threshold value for sizes of data to split memory accesses between the first memory and the second memory, wherein the threshold value is adjusted if it is determined that an access frequency associated with the first memory is different than a predetermined access frequency; a delay buffer coupled to the second memory to compensate for a difference in the first access time and the second access time; and a circuit for merging output data of the first memory and delayed output data of the second memory to generate ordered output data.