mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating an access point device in a radio communication system, said access point device being currently connected with a terminal device and serving as the serving access point device of the terminal device, the method comprising: receiving (S210), from said terminal device, a measurement report including one or more measurement parameters for a plurality of neighbor access point devices and said serving access point device; selecting (S220), from said plurality of neighbor access point devices, one or more candidate target access point devices based on said measurement report received from said terminal device; characterized by obtaining (S230) evaluated capability levels from the selected one or more candidate target access point devices, each of the evaluated capability levels being indicative of a capability of user experience to be provided by a respective candidate target access point device for said terminal device, wherein evaluation of each of the evaluated capability levels is based on the one or more measurement parameters and local information of the respective candidate target access point device, and wherein the local information comprises an available backhaul capacity allocated for said terminal device; and determining (S240), from the selected one or more candidate target access point devices, a best candidate target access point device with the highest evaluated capability level as a target access point device. receiving (S210), from said terminal device, a measurement report including one or more measurement parameters for a plurality of neighbor access point devices and said serving access point device; selecting (S220), from said plurality of neighbor access point devices, one or more candidate target access point devices based on said measurement report received from said terminal device; characterized by obtaining (S230) evaluated capability levels from the selected one or more candidate target access point devices, each of the evaluated capability levels being indicative of a capability of user experience to be provided by a respective candidate target access point device for said terminal device, wherein evaluation of each of the evaluated capability levels is based on the one or more measurement parameters and local information of the respective candidate target access point device, and wherein the local information comprises an available backhaul capacity allocated for said terminal device; and determining (S240), from the selected one or more candidate target access point devices, a best candidate target access point device with the highest evaluated capability level as a target access point device.
A method of providing an optimized position locating sensor coil design , to be executed on a computing system, the method comprising: receiving a coil design , the coil design including coordinates, layout, and characteristics of a transmit coil and receive coils , the receive coils including a sine coil and a cosine coil ; simulating position determination with the coil design to form a simulated performance using the coil design and using an input design of a metallic target and air gap, the simulating position determination simulating signals from the sine coil and the cosine coil cosine coil based on position of the metallic target ; comparing the simulated response with the specification to provide a comparison; and modifying the coil design based on a comparison between the simulated performance and a performance specification to arrive at an updated coil design which is usable for production of a printed circuit board with the optimized design. receiving a coil design , the coil design including coordinates, layout, and characteristics of a transmit coil and receive coils , the receive coils including a sine coil and a cosine coil ; simulating position determination with the coil design to form a simulated performance using the coil design and using an input design of a metallic target and air gap, the simulating position determination simulating signals from the sine coil and the cosine coil cosine coil based on position of the metallic target ; comparing the simulated response with the specification to provide a comparison; and modifying the coil design based on a comparison between the simulated performance and a performance specification to arrive at an updated coil design which is usable for production of a printed circuit board with the optimized design.
An arch bar having a length and comprising: a first attachment loop configured to receive a first screw to attach the bar to a mandible, a maxilla and/or a prosthedontic device; a second attachment loop configured to receive a second screw to attach the bar to the mandible, the maxilla and/or the prosthedontic device; and a plurality of hooks spaced apart along the length of the bar , wherein each of the hooks has an open part turned to one of the attachment loops . a first attachment loop configured to receive a first screw to attach the bar to a mandible, a maxilla and/or a prosthedontic device; a second attachment loop configured to receive a second screw to attach the bar to the mandible, the maxilla and/or the prosthedontic device; and a plurality of hooks spaced apart along the length of the bar , wherein each of the hooks has an open part turned to one of the attachment loops .
Binder -A-, characterized in that it comprises, as a weight/weight percentage based on dry matter and in an order of increasing preference: • -A1- primary binder: [5 - 95] ; [10 - 85] ; [15 - 75] ; of which: ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15] ; • -A2- water retention agent: [0.1 - 5]; [0.5 - 3]; [0.8 - 2]; • -A3- surfactant: [0.01 - 1]; [0.05 - 0.5]; • -A4- secondary binder [0 - 85]; [5 - 50]; [7 - 15]; • -A5- inorganic lubricating filler with a particle size d90 of less than 100 μm: [0 - 40]; [0 - 30]; [0 - 20]; • -A6- inorganic space filler with a particle size d90 of greater than or equal to 100 μm: [0 - 40]; [0 - 35]; [0 - 30]; • -A7- water-repellent adjuvant: [0 - 1.5]; [0 - 1]; [0 - 0.5]; • -A8- setting retardant adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A9- setting accelerator adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A10- thickening adjuvant: [0 - 2]; [0.1 - 1]; [0.2 - 0.8]. • -A1- primary binder: [5 - 95] ; [10 - 85] ; [15 - 75] ; of which: ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15] ; ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15] ; • -A2- water retention agent: [0.1 - 5]; [0.5 - 3]; [0.8 - 2]; • -A3- surfactant: [0.01 - 1]; [0.05 - 0.5]; • -A4- secondary binder [0 - 85]; [5 - 50]; [7 - 15]; • -A5- inorganic lubricating filler with a particle size d90 of less than 100 μm: [0 - 40]; [0 - 30]; [0 - 20]; • -A6- inorganic space filler with a particle size d90 of greater than or equal to 100 μm: [0 - 40]; [0 - 35]; [0 - 30]; • -A7- water-repellent adjuvant: [0 - 1.5]; [0 - 1]; [0 - 0.5]; • -A8- setting retardant adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A9- setting accelerator adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A10- thickening adjuvant: [0 - 2]; [0.1 - 1]; [0.2 - 0.8].
A device for detecting the pressure of compressed gas cylinders in breathing apparatuses for scuba diving comprising: • a main body internally comprising a housing to house at least one piezoelectric pressure sensor to detect the pressure of a gas cylinder connected to said device ; • an interface element which connects said piezoelectric pressure sensor to a hose for connection to said gas cylinder; • at least one seal element arranged between said interface element and said piezoelectric pressure sensor , wherein said interface element is removably fixed to said main body by means of at least one fixing element which is arranged at the housing which houses said pressure sensor , characterised in that said housing for said piezoelectric pressure sensor is substantially cylindrical-shape, hollow inside, and is provided with a substantially circular-shaped lateral opening facing said interface , and said piezoelectric pressure sensor is substantially cylindrical-shaped with diameter of the base surfaces slightly smaller than the diameter of said lateral opening of said housing so that said piezoelectric pressure sensor can be inserted, through said lateral opening , to fit tightly inside said housing , following the circular contours thereof, and said at least one fixing element is removably fixed to said housing perpendicular to the axis of the pressure sensor . • a main body internally comprising a housing to house at least one piezoelectric pressure sensor to detect the pressure of a gas cylinder connected to said device ; • an interface element which connects said piezoelectric pressure sensor to a hose for connection to said gas cylinder; • at least one seal element arranged between said interface element and said piezoelectric pressure sensor ,
A food, of which an off-flavor is reduced, comprising: 0.1 to 60 mass % of an off-flavor reducing agent, the off-flavor reducing agent comprising aqueous phase particles which contain 1 to 60 mass% of a polyphenol material and are dispersed in an oily phase, wherein the polyphenol material is one or more selected from a hesperidin material, a coffee polyphenol material, a rutin material, and an anthocyanin material, and wherein the food is one or more selected from a high-cacao chocolate having a cacao content greater than or equal to 65 mass%, a vegetable, a beverage, a bean-derived material, a wheat-derived material, a potato-derived material, a rice-derived material, a corn-derived material, and vegetable oils and fats. 0.1 to 60 mass % of an off-flavor reducing agent, the off-flavor reducing agent comprising aqueous phase particles which contain 1 to 60 mass% of a polyphenol material and are dispersed in an oily phase, wherein the polyphenol material is one or more selected from a hesperidin material, a coffee polyphenol material, a rutin material, and an anthocyanin material, and wherein the food is one or more selected from a high-cacao chocolate having a cacao content greater than or equal to 65 mass%, a vegetable, a beverage, a bean-derived material, a wheat-derived material, a potato-derived material, a rice-derived material, a corn-derived material, and vegetable oils and fats.
An electronic device comprising: a housing; a first antenna configured to form a first part of the housing; a second antenna configured to form a second part of the housing; and at least one processor including a single transmission terminal connected to the first antenna , wherein the at least one processor is further configured to: identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna , and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal. a housing; a first antenna configured to form a first part of the housing; a second antenna configured to form a second part of the housing; and at least one processor including a single transmission terminal connected to the first antenna , wherein the at least one processor is further configured to: identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna , and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal. identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna , and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal.
Autonomous culture system comprising side and top walls and : - a cultivation space comprising at least one culture support adapted to the culture of plantations (P) and delimited by the set of side walls , and comprising ambient air (AA) of temperature and hygrometry adapted to the growth of the plantations (P); - one or more air inlets arranged at the level of the side walls and enabling outside air (AE) to be collected to produce an incoming flow of collected air (AC); - a condensation device located above the cultivation space in which a cold air flow (AF) circulates; and - an air-to-air heat pump for producing the cold air flow (AF) from the captured air flow (AC); wherein said culture support comprises a water reservoir , where the ambient air humidity (AA) is condensed in contact with the condensation device and where the side walls are airtight so as to maintain the ambient air humidity (AA) within the culture space. - a cultivation space comprising at least one culture support adapted to the culture of plantations (P) and delimited by the set of side walls , and comprising ambient air (AA) of temperature and hygrometry adapted to the growth of the plantations (P); - one or more air inlets arranged at the level of the side walls and enabling outside air (AE) to be collected to produce an incoming flow of collected air (AC); - a condensation device located above the cultivation space in which a cold air flow (AF) circulates; and - an air-to-air heat pump for producing the cold air flow (AF) from the captured air flow (AC);
A method of providing a graphical user interface, GUI, on a display of a portable multimedia apparatus, the method comprising: displaying a plurality of items on a first screen (L) on the display ; displaying a plurality of lists on a second screen (LP) on the display ; and adding an item selected by a user (U) from among the plurality of items on the first screen (L), to a list selected by the user (U) from among the plurality of lists on the second screen (LP); the method being characterized by further comprising: when an item from among the plurality of items on the first screen (L) is dragged by the user to an outside of the first screen (L) and to an outside of the display , deleting the dragged item from the first screen (L). displaying a plurality of items on a first screen (L) on the display ; displaying a plurality of lists on a second screen (LP) on the display ; and adding an item selected by a user (U) from among the plurality of items on the first screen (L), to a list selected by the user (U) from among the plurality of lists on the second screen (LP); the method being characterized by further comprising: when an item from among the plurality of items on the first screen (L) is dragged by the user to an outside of the first screen (L) and to an outside of the display , deleting the dragged item from the first screen (L).
Method for decapsulating an electronic device that is at least partially encapsulated in a plastic package, said method comprising the steps of a) providing a gas stream comprising a hydrogen source; b) inducing a hydrogen-containing plasma stream from said gas; c) directing the hydrogen-containing plasma stream to the plastic package to etch the plastic package. a) providing a gas stream comprising a hydrogen source; b) inducing a hydrogen-containing plasma stream from said gas; c) directing the hydrogen-containing plasma stream to the plastic package to etch the plastic package.
A method of depositing a Co-containing layer on a substrate, the method comprising introducing a vapor of a Co-containing film forming composition comprising a silylamide-containing precursor into a reactor having a substrate disposed therein, and depositing at least part of the silylamide-containing precursor onto the substrate to form the Co-containing layer using a vapor deposition method, characterized in that the Co-containing film forming composition comprises between 95% w/w and 100% w/w of the silylamide-containing precursor, which is selected from Co[N(SiMe 3 ) 2 ] 2 (NMe 2 Et), Co[N(SiMe 3 ) 2 ] 2 (NMeEt 2 ), or combinations thereof.
A pharmaceutical composition for its application as a medicament for the treatment of tissue lesions of the central nervous system caused by a hypoxic cerebral pathological condition, said composition comprising - a biocompatible polymer of general formula (II) below AaXxYyZz (II) wherein: A represents a monomer which is glucose, X represents an R 1 COOR 2 , Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula (II) is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% and - a mesenchymal stem cell. - a biocompatible polymer of general formula (II) below AaXxYyZz (II) wherein: A represents a monomer which is glucose, X represents an R 1 COOR 2 , Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula (II) is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% and A represents a monomer which is glucose, X represents an R 1 COOR 2 , Y represents -R 7 SO 3 R 8 group, Z is acetic acid wherein: R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula (II) is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% R 1 is methyl, R 2 and R 8 independently represent a cation M + selected from the group of alkali metals, and R 7 represent a bond, a represents the number of monomers such as the weight of said polymers of formula (II) is greater than 2000 daltons, x represents the degree of substitution of the monomers A by groups X, x is between 20 and 150%, y represents the degree of substitution of the monomers A by groups Y, y is between 30% and 150%, z represents the degree of substitution of the monomers A by groups Y, y is between 0 to 50%, preferably equal to 30% - a mesenchymal stem cell.
A method for synchronizing handwriting of multiple clients, wherein each client can be sender and receiver, comprising: obtaining, by one or more senders, an input point of a handwriting by a user, and forming a set of input points from a plurality of consecutive input points to obtain a segmented handwriting data; setting, by the one or more senders, identification information for the set of input points of the handwriting by the user, and forming one or more segments of the segmented handwriting data according to the identification information; and receiving (S10), at a server, the segmented handwriting data of a real-time handwriting sent in segments from each of the one or more senders; forwarding (S20), by the server, each segment of the segmented handwriting data to each receiver in real time respectively, wherein the segmented handwriting data is received asynchronously and restored into a real-time handwriting by each receiver, restoring, by each receiver, the one or more segments of the segmented handwriting data into the real-time handwriting inputted by the user according to the identification information, wherein the identification information comprises an ID of the user and an ID of the set of points; receiving (S30), at the server, complete handwriting data of one inputted complete handwriting sent by each of the one or more senders; and forwarding (S40), by the server, the complete handwriting data sent by each of the one or more senders to each receiver, wherein the complete handwriting data is received synchronously and the handwriting is inserted into an interface for display by each receiver. obtaining, by one or more senders, an input point of a handwriting by a user, and forming a set of input points from a plurality of consecutive input points to obtain a segmented handwriting data; setting, by the one or more senders, identification information for the set of input points of the handwriting by the user, and forming one or more segments of the segmented handwriting data according to the identification information; and receiving (S10), at a server, the segmented handwriting data of a real-time handwriting sent in segments from each of the one or more senders; forwarding (S20), by the server, each segment of the segmented handwriting data to each receiver in real time respectively, wherein the segmented handwriting data is received asynchronously and restored into a real-time handwriting by each receiver, restoring, by each receiver, the one or more segments of the segmented handwriting data into the real-time handwriting inputted by the user according to the identification information, wherein the identification information comprises an ID of the user and an ID of the set of points; receiving (S30), at the server, complete handwriting data of one inputted complete handwriting sent by each of the one or more senders; and forwarding (S40), by the server, the complete handwriting data sent by each of the one or more senders to each receiver, wherein the complete handwriting data is received synchronously and the handwriting is inserted into an interface for display by each receiver.