mhurhangee/patent-ind-claim-en huggingface dataset:
A phase-change memory cell comprising a stack of at least one germanium layer and of at least two layers of a first alloy made of germanium, of antimony, and of tellurium, said at least one germanium layer being covered by one of the layers in the first alloy, characterized in that at least one of the layers made of the first alloy have different proportions of germanium, of antimony, and of tellurium from the other layer in the first alloy.
A polymer obtained at least from a quantity A of 2-acrylamido-2-methylpropane sulfonic acid, in acid and/or salified form, characterized in that quantity A of 2-acrylamido-2-methylpropane acid sulfonic acid contains 250 to 20,000 ppm by weight of 2-methyl-2-propenyl-sulfonic acid, in acid and/or salified form and between 300 and 10,000 ppm by weight of 2-methylidene-1,3-propylenedisulfonic acid.
Suction device for a domestic vacuum cleaner, comprising: - a motor housing comprising a passage opening , - a suction motor disposed in the motor housing and configured to generate a suction flow, the suction motor comprising an air inlet opening , and - an aeraulic sealing element configured to guide the suction flow from the passage opening to the air inlet opening , the aeraulic sealing element being annular and flexible, the aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor housing , a second annular sealing portion configured to cooperate in a sealed manner with the suction motor , and an annular intermediate portion located between the first and second annular sealing portions , characterised in that the annular intermediate portion comprises at least one radial fold oriented substantially radially relative to a central axis (A) of the aeraulic sealing element , and at least one annular fold substantially concentric with the central axis (A) of the aeraulic sealing element . - a motor housing comprising a passage opening , - a suction motor disposed in the motor housing and configured to generate a suction flow, the suction motor comprising an air inlet opening , and - an aeraulic sealing element configured to guide the suction flow from the passage opening to the air inlet opening , the aeraulic sealing element being annular and flexible, the aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor housing , a second annular sealing portion configured to cooperate in a sealed manner with the suction motor , and an annular intermediate portion located between the first and second annular sealing portions ,
A terminal comprising: a receiver configured to receive (S11), from a base station, measurement band information indicating a frequency range in which received quality is to be measured; and a measurer configured to measure (S12) a received quality of a cell of the base station in the frequency range indicated by the measurement band information, wherein the measurer is configured to measure the received quality using a synchronization signal received from the base station on the frequency range indicated by the measurement band information, characterized in that when synchronization signals transmitted from a plurality of specific logical antenna ports of the base station are received in the frequency range indicated by the measurement band information, the measurer is configured to measure (S12) the received quality of the cell based on a signal with the highest received quality, among the signals with the identical cell IDs. a receiver configured to receive (S11), from a base station, measurement band information indicating a frequency range in which received quality is to be measured; and a measurer configured to measure (S12) a received quality of a cell of the base station in the frequency range indicated by the measurement band information, wherein the measurer is configured to measure the received quality using a synchronization signal received from the base station on the frequency range indicated by the measurement band information, characterized in that when synchronization signals transmitted from a plurality of specific logical antenna ports of the base station are received in the frequency range indicated by the measurement band information, the measurer is configured to measure (S12) the received quality of the cell based on a signal with the highest received quality, among the signals with the identical cell IDs.
Device for cancer detection comprising a sample holder for a fluid or solid body sample; an air inlet with a horizontal and a vertical shaft, wherein each may have the same volume; an air filter fitted in the shaft not intended for sample holder insertion; a detector tube, said detector tube comprising 4 × 4 - 16 × 4 sensors, whereby the sensors constitute metal oxide detectors, all in quadruplicate, each sensor having adjustable heating voltage and adjustable circuit voltage, and each with a set sensor resistance interval, for detecting volatile organic compounds from a sample; optionally an individual potentiometer and load resistor with individually calculated resistance, respectively, connected to each sensor of the detector tube; an analogue to digital signal converter connected to each sensor; a computer-based analysis program operably connected to each individual sensor of the detector tube, through the analog to digital signal converter, for registration of signals and analysis of results; and an electricity source. a sample holder for a fluid or solid body sample; an air inlet with a horizontal and a vertical shaft, wherein each may have the same volume; an air filter fitted in the shaft not intended for sample holder insertion; a detector tube, said detector tube comprising 4 × 4 - 16 × 4 sensors, whereby the sensors constitute metal oxide detectors, all in quadruplicate, each sensor having adjustable heating voltage and adjustable circuit voltage, and each with a set sensor resistance interval, for detecting volatile organic compounds from a sample; optionally an individual potentiometer and load resistor with individually calculated resistance, respectively, connected to each sensor of the detector tube; an analogue to digital signal converter connected to each sensor; a computer-based analysis program operably connected to each individual sensor of the detector tube, through the analog to digital signal converter, for registration of signals and analysis of results; and an electricity source.
Cutting unit having an oscillatory drive and a cutting blade , wherein the oscillatory drive sets the cutting blade into linear oscillations, of which the axis of oscillations is perpendicular to a feed direction of the cutting blade , and having a holder for the oscillatory drive , characterized in that the oscillatory drive , together with the cutting blade , can be pivoted in relation to the holder about a pivot axis that is perpendicular to the axis of oscillation .
A manufacturing process for preparing a powder composition comprising the following steps: a) a lipophilic extract of Echinacea spp., or a botanical lipophilic extract containing alkylamides, and a lipophilic extract of Zingiber officinale are dispersed in at least one polar organic solvent and kept under mixing until a solution or a suspension is obtained; heating is optionally applied; b) at least one phospholipid is then added to the solution, or suspension, of the lipophilic extracts and the mixture is kept under mixing; heating is optionally applied; c) the organic solvent is then removed to obtain the powder composition. a) a lipophilic extract of Echinacea spp., or a botanical lipophilic extract containing alkylamides, and a lipophilic extract of Zingiber officinale are dispersed in at least one polar organic solvent and kept under mixing until a solution or a suspension is obtained; heating is optionally applied; b) at least one phospholipid is then added to the solution, or suspension, of the lipophilic extracts and the mixture is kept under mixing; heating is optionally applied; c) the organic solvent is then removed to obtain the powder composition.
An open circuit modular body flight simulation apparatus comprising: a base comprised of one or more air movement modules , each said module comprised of an air intake , one or more air movement component(s) , airflow deflectors and conditioner components and an air exhaust opening connected to one or more air flow transition components ; a tower having two or more flight areas being arranged one above the other, each pneumatically connected to said one or more air flow transition components , each said flight area shaped by the angle of the tower walls , so that the lowest or first flight area has tower walls with an angle α , the second lowest flight area has tower walls with an angle β , wherein β is equal or larger than α , and any further flight areas have tower walls with wall angles larger than β ; an exit structure having said air exhaust opening, said air exhaust opening pneumatically connected to the two or more flight areas and configured to exhaust air therefrom; and one or more opening(s) along the perimeter of said first flight area for allowing access to said first flight area . a base comprised of one or more air movement modules , each said module comprised of an air intake , one or more air movement component(s) , airflow deflectors and conditioner components and an air exhaust opening connected to one or more air flow transition components ; a tower having two or more flight areas being arranged one above the other, each pneumatically connected to said one or more air flow transition components , each said flight area shaped by the angle of the tower walls , so that the lowest or first flight area has tower walls with an angle α , the second lowest flight area has tower walls with an angle β , wherein β is equal or larger than α , and any further flight areas have tower walls with wall angles larger than β ; an exit structure having said air exhaust opening, said air exhaust opening pneumatically connected to the two or more flight areas and configured to exhaust air therefrom; and one or more opening(s) along the perimeter of said first flight area for allowing access to said first flight area .
A mobile device comprising: one or more antennas ; a processor ; a memory ; a radio configured to receive from a wireless communication station a frame comprising a beacon frame including an association capability indication , said association capability indication to indicate a capability of said wireless communication station to perform a wireless association, and wherein said association capability indication includes a first predefined bit value indicating when the wireless communication station performs the functionality of an Access Point, AP, with capability to perform the wireless association, and said association capability indication includes a second predefined bit value, different from the first predefined bit value, indicating when the wireless communication station performs the functionality of a Time of Flight, ToF, responder without capability to perform the wireless association; and a controller configured to initiate an association procedure with said wireless communication station based on said capability information, wherein said controller is configured to initiate said association procedure with said wireless communication station only if the association capability indication includes the first predefined bit value indicating said wireless communication station is capable to perform said wireless association. one or more antennas ; a processor ; a memory ; a radio configured to receive from a wireless communication station a frame comprising a beacon frame including an association capability indication , said association capability indication to indicate a capability of said wireless communication station to perform a wireless association, and wherein said association capability indication includes a first predefined bit value indicating when the wireless communication station performs the functionality of an Access Point, AP, with capability to perform the wireless association, and said association capability indication includes a second predefined bit value, different from the first predefined bit value, indicating when the wireless communication station performs the functionality of a Time of Flight, ToF, responder without capability to perform the wireless association; and a controller configured to initiate an association procedure with said wireless communication station based on said capability information, wherein said controller is configured to initiate said association procedure with said wireless communication station only if the association capability indication includes the first predefined bit value indicating said wireless communication station is capable to perform said wireless association.
Robot device ensuring the automatic guiding of a robotic arm , comprising a frame holding a robotic arm articulated along a plurality of axes of freedom, said robotic arm comprising a distal operator device for generating a human-machine interaction, said robot device further comprising an image acquisition system comprising at least two optical devices integral with said frame and arranged in at least two distinct positions of the frame , each optical device being configured to acquire a 3D image, the image acquisition system being configured to acquire a plurality of 3D images of a human body of a patient from at least two optical devices , the robot device comprising a calculation unit for generating in real time a human body model (MOD_S) of said patient from said acquired 3D images and a guiding trajectory (TRAJ) referenced to the surface of said human body model (MOD_S), the movements of said robotic arm being enslaved to said guiding trajectory (TRAJ).
Composition comprising: a) at least multilayer spherical composite particles comprising i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; said composite particles being present in an amount less than 28.0% by weight relative to the total weight of the composition; and b) at least one UV-screening agent, the materials A, B and C being inorganic and, - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof. a) at least multilayer spherical composite particles comprising i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; said composite particles being present in an amount less than 28.0% by weight relative to the total weight of the composition; and i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; b) at least one UV-screening agent, the materials A, B and C being inorganic and, - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof. - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof.
A method of removing a wellbore isolation device comprising: introducing the isolation device into the wellbore , wherein the wellbore isolation device comprises: (A) a first material forming a matrix of a portion of the isolation device; (B) a second material, disposed within the first material, selected from the group consisting of a cathode of a galvanic system, a filler material, a strengthening material, an electrolytic compound, a buffering agent, and any combination thereof; and (C) a coating , wherein the coating: (i) completely surrounds at least the first material prior to introduction of the isolation device into the wellbore; and (ii) comprises at least an anode of the galvanic system comprising the anode, a cathode, and an electrolyte, wherein the anode undergoes galvanic dissolution after introduction of the isolation device into the wellbore; and causing or allowing the first material to undergo a phase transformation in the wellbore. introducing the isolation device into the wellbore , wherein the wellbore isolation device comprises: (A) a first material forming a matrix of a portion of the isolation device; (B) a second material, disposed within the first material, selected from the group consisting of a cathode of a galvanic system, a filler material, a strengthening material, an electrolytic compound, a buffering agent, and any combination thereof; and (C) a coating , wherein the coating: (i) completely surrounds at least the first material prior to introduction of the isolation device into the wellbore; and (ii) comprises at least an anode of the galvanic system comprising the anode, a cathode, and an electrolyte, wherein the anode undergoes galvanic dissolution after introduction of the isolation device into the wellbore; and (A) a first material forming a matrix of a portion of the isolation device; (B) a second material, disposed within the first material, selected from the group consisting of a cathode of a galvanic system, a filler material, a strengthening material, an electrolytic compound, a buffering agent, and any combination thereof; and (C) a coating , wherein the coating: (i) completely surrounds at least the first material prior to introduction of the isolation device into the wellbore; and (ii) comprises at least an anode of the galvanic system comprising the anode, a cathode, and an electrolyte, wherein the anode undergoes galvanic dissolution after introduction of the isolation device into the wellbore; and (i) completely surrounds at least the first material prior to introduction of the isolation device into the wellbore; and (ii) comprises at least an anode of the galvanic system comprising the anode, a cathode, and an electrolyte, causing or allowing the first material to undergo a phase transformation in the wellbore.
Device for the transcutaneous implantation of an epicardial pacemaker electrode, with a tubular, flexible implantation catheter insertable into the pericardial space and with an epicardial pacemaker electrode, which is arranged in the implantation catheter, wherein the distal end area of the implantation catheter has a shape-variable element for adjusting the implantation angle and for stabilizing, in particular laterally stabilizing, the electrode , characterized in that the implantation catheter comprises an outer catheter and in that the shape-variable element is composed of an aligning and stabilizing element , which receives the electrode and which has open or closed end-side rings and struts (71-73) connecting the end-side rings , wherein during the advance of the implantation catheter from the puncture site to the implantation site the struts (71-73) are oriented substantially parallel to the wall of the outer catheter and, after release of the aligning and stabilizing element , deploy out of the outer catheter to an implantation position.
A carbamide peroxide injection for use in treating blood vessel plaque, leukemia, tumor, AIDS and hepatitis in humans, wherein said diseases are treated by generating sufficient amount of singlet oxygen, i.e., 1 O 2 , using carbamide peroxide as substrate and a photosensitizer as catalyst, which is activated by the effect of a method using laser or X-ray, wherein said carbamide peroxide is intravenously dripped at a dose of 18-80 mg/kg body weight.
An aqueous composition comprising a first compound having at least two thiol groups; a second compound having the general structure of wherein R1 is an alkyl, a dialkyl ether, dialkyl ester, dialkyl urethane or a dialkyl amide group, R2 is an at least one allyl containing group, R3 is hydrogen, an alkyl group or an at least one allyl containing group and R4 is hydrogen, an alkyl group or an at least one allyl containing group; wherein the first compound or the second compound comprises at least one phosphonic acid containing group X with the proviso that when the second compound comprises the at least one phosphonic acid containing group said group is bound to the R1 group; and a photo initiator; wherein the molar ratio between the phosphonic acid groups and the allyl groups in the composition is 0.01 to 0.5. a first compound having at least two thiol groups; a second compound having the general structure of wherein R1 is an alkyl, a dialkyl ether, dialkyl ester, dialkyl urethane or a dialkyl amide group, R2 is an at least one allyl containing group, R3 is hydrogen, an alkyl group or an at least one allyl containing group and R4 is hydrogen, an alkyl group or an at least one allyl containing group; wherein the first compound or the second compound comprises at least one phosphonic acid containing group X with the proviso that when the second compound comprises the at least one phosphonic acid containing group said group is bound to the R1 group; and a photo initiator; wherein R1 is an alkyl, a dialkyl ether, dialkyl ester, dialkyl urethane or a dialkyl amide group, R2 is an at least one allyl containing group, R3 is hydrogen, an alkyl group or an at least one allyl containing group and R4 is hydrogen, an alkyl group or an at least one allyl containing group; wherein the first compound or the second compound comprises at least one phosphonic acid containing group X with the proviso that when the second compound comprises the at least one phosphonic acid containing group said group is bound to the R1 group; and a photo initiator; wherein the molar ratio between the phosphonic acid groups and the allyl groups in the composition is 0.01 to 0.5.