mhurhangee/ep-ind-claims huggingface dataset:
An aircraft (100, 100a) comprising: a body (10, 10b) including: a plurality of rotary blades (15a - 15d); and a driver configured to rotate the plurality of rotary blades (15a - 15d); and an outer frame rotatably coupled to the body (10, 10b), wherein the outer frame includes a rotary frame rotatable about a rotation axis intersecting a direction of gravity, and wherein a center of gravity of the plurality of rotary blades (15a - 15d) and the driver is located lower than the rotation axis in the direction of gravity, characterized in that the body (10, 10b) includes an image capturing device configured to acquire at least one of an image and a video of a target, and in that a center of gravity of the image capturing device is located above the rotation axis in the direction of gravity. a body (10, 10b) including: a plurality of rotary blades (15a - 15d); and a driver configured to rotate the plurality of rotary blades (15a - 15d); and an outer frame rotatably coupled to the body (10, 10b), a plurality of rotary blades (15a - 15d); and a driver configured to rotate the plurality of rotary blades (15a - 15d); and an outer frame rotatably coupled to the body (10, 10b), wherein the outer frame includes a rotary frame rotatable about a rotation axis intersecting a direction of gravity, and wherein a center of gravity of the plurality of rotary blades (15a - 15d) and the driver is located lower than the rotation axis in the direction of gravity, characterized in that the body (10, 10b) includes an image capturing device configured to acquire at least one of an image and a video of a target, and in that a center of gravity of the image capturing device is located above the rotation axis in the direction of gravity.
A sialic acid binding molecule comprising, in the following order, two bound sialic acid binding domains from Streptococcus pneumoniae NanA sialidase bound to an oligomerisation domain, wherein each sialic acid binding domain from Streptococcus pneumoniae NanA sialidase consists of the sequence of SEQ ID NO: 4, and the oligomerisation domain is derived from Pseudomonas aeruginosa pseudaminidase and consists of SEQ ID NO: 6.
A heat spreader, comprising: a Cu-Mo layer made of a Cu-Mo composite material and having an average thickness of less than or equal to 0.6 mm and a variation in thickness of less than or equal to 0.1 mm; characterized in that a Cu layer directly stacked on each of both surfaces of the Cu-Mo layer, and wherein a strength of bonding between the Cu-Mo layer and the Cu layer is more than or equal to 150 MPa. a Cu-Mo layer made of a Cu-Mo composite material and having an average thickness of less than or equal to 0.6 mm and a variation in thickness of less than or equal to 0.1 mm; characterized in that a Cu layer directly stacked on each of both surfaces of the Cu-Mo layer, and wherein a strength of bonding between the Cu-Mo layer and the Cu layer is more than or equal to 150 MPa.
An electronic device comprising: a housing; a display disposed in an inner space of the housing and visible from an outside of the housing, the display further comprising: a display panel having a first opening, and at least one additional layer stacked under the display panel and having a second opening corresponding to and larger than the first opening; and a camera module disposed in the inner space under the at least one additional layer, and facing the second opening, the camera module further comprising: a lens housing, a plurality of lenses disposed in and supported by the lens housing, the plurality of lenses comprising a first lens closest to the display panel, and at least one image sensor aligned with the plurality of lenses, wherein the first lens is disposed to at least partially protrude from an upper surface of the lens housing and into the second opening; wherein the diameter of the first opening is smaller than the diameter of the first lens, and the diameter of the second opening is larger than the diameter of the first lens. a housing; a display disposed in an inner space of the housing and visible from an outside of the housing, the display further comprising: a display panel having a first opening, and at least one additional layer stacked under the display panel and having a second opening corresponding to and larger than the first opening; and a display panel having a first opening, and at least one additional layer stacked under the display panel and having a second opening corresponding to and larger than the first opening; and a camera module disposed in the inner space under the at least one additional layer, and facing the second opening, the camera module further comprising: a lens housing, a plurality of lenses disposed in and supported by the lens housing, the plurality of lenses comprising a first lens closest to the display panel, and at least one image sensor aligned with the plurality of lenses, a lens housing, a plurality of lenses disposed in and supported by the lens housing, the plurality of lenses comprising a first lens closest to the display panel, and at least one image sensor aligned with the plurality of lenses, wherein the first lens is disposed to at least partially protrude from an upper surface of the lens housing and into the second opening; wherein the diameter of the first opening is smaller than the diameter of the first lens, and the diameter of the second opening is larger than the diameter of the first lens.
A system for synchronizing clock, which is used to realize the synchronization between a radio frequency module and a base band module in a base station, characterized by, comprising: one or more time generators, located on the radio frequency module side, configured to generate a synchronous signal according to an external clock signal from outside the system, and to send the synchronous signal to a time distributor; and the time distributor, located on the base band module side, configured to generate a synchronous clock according to the synchronous signal from one of the one or more time generators, and to adjust the synchronous clock according to a communication delay between the time generator which outputs the synchronous signal and the time distributor, and to send the synchronous clock adjusted to the radio frequency module and the base band module to realize the synchronization between the radio frequency module and the base band module. one or more time generators, located on the radio frequency module side, configured to generate a synchronous signal according to an external clock signal from outside the system, and to send the synchronous signal to a time distributor; and the time distributor, located on the base band module side, configured to generate a synchronous clock according to the synchronous signal from one of the one or more time generators, and to adjust the synchronous clock according to a communication delay between the time generator which outputs the synchronous signal and the time distributor, and to send the synchronous clock adjusted to the radio frequency module and the base band module to realize the synchronization between the radio frequency module and the base band module.
A method for producing a carbon nanotube comprising: heating a carbonate electrolyte to obtain a molten carbonate electrolyte; disposing the molten carbonate electrolyte between an anode and a cathode in a cell; applying an electrical current to the cathode and the anode in the cell; and collecting carbon nanotube growth from the cathode of the cell, characterized in that: (i) the cathode is composed of copper, a nickel copper alloy, a nickel chromium alloy, or a brass alloy, and the cathode does not have a zinc coating, (ii) the electrolyte comprises a transition metal powder, where the transition metal in the powder is selected from nickel, chromium, iron, cobalt, manganese, titanium, zirconium, copper, vanadium, zinc, molybdenum, scandium, ruthenium, tantalum, and alloys thereof, and (iii) the anode is composed of a nickel chromium alloy, a nickel copper alloy, or a nickel iron alloy. heating a carbonate electrolyte to obtain a molten carbonate electrolyte; disposing the molten carbonate electrolyte between an anode and a cathode in a cell; applying an electrical current to the cathode and the anode in the cell; and collecting carbon nanotube growth from the cathode of the cell, (i) the cathode is composed of copper, a nickel copper alloy, a nickel chromium alloy, or a brass alloy, and the cathode does not have a zinc coating, (ii) the electrolyte comprises a transition metal powder, where the transition metal in the powder is selected from nickel, chromium, iron, cobalt, manganese, titanium, zirconium, copper, vanadium, zinc, molybdenum, scandium, ruthenium, tantalum, and alloys thereof, and (iii) the anode is composed of a nickel chromium alloy, a nickel copper alloy, or a nickel iron alloy.
A method for calibrating(500, 550) a handheld diabetes managing device to determine an estimated glucose level of a patient from data generated by a continuous glucose monitor, comprising: sampling a current of the continuous glucose monitor at a sampling interval over a time period to generate a plurality of current samples for the time period, the current being related to a glucose level of the patient; determining a mean of the plurality of current samples; determining a median of the plurality of current samples; determining a standard deviation of the plurality of current samples; measuring a blood glucose level of the patient at a first time; and determining a calibration equation that associates the plurality of current samples with the estimated glucose level of the patient based on the measured blood glucose level and the plurality of current samples characterized by that the calibration equation is determined when the standard deviation is less than a first threshold and an absolute value of a difference between the mean and median is less than a second threshold. sampling a current of the continuous glucose monitor at a sampling interval over a time period to generate a plurality of current samples for the time period, the current being related to a glucose level of the patient; determining a mean of the plurality of current samples; determining a median of the plurality of current samples; determining a standard deviation of the plurality of current samples; measuring a blood glucose level of the patient at a first time; and determining a calibration equation that associates the plurality of current samples with the estimated glucose level of the patient based on the measured blood glucose level and the plurality of current samples characterized by that the calibration equation is determined when the standard deviation is less than a first threshold and an absolute value of a difference between the mean and median is less than a second threshold.
A method for fabricating an electric coil on a circuit board, comprising: fabricating on the circuit board a first coil layer comprising a first coil trace and a plurality of vias on the first coil trace; and overlaying a second coil layer on the first coil layer, wherein the vias of the first coil layer join the first coil layer and the second coil layer, wherein the vias are positioned to optimize or improve current flow and/or equivalent series resistance, characterized in that at least some of the vias have different sizes. fabricating on the circuit board a first coil layer comprising a first coil trace and a plurality of vias on the first coil trace; and overlaying a second coil layer on the first coil layer, wherein the vias of the first coil layer join the first coil layer and the second coil layer,
A method for redirecting a client, the method comprising: sending (S11, S21), by the client, a request message to a redirect agent, the client originally being directed to a first server in a first realm; receiving (S12, S22), by the client, a first response message from the redirect agent, wherein the first response message is returned by the redirect agent to the client, wherein an identification of a second realm is carried in the first response message, and the second realm includes a plurality of servers; sending (S13, S23), by the client, the request message to a second server in the second realm, wherein the second server is included in the plurality of servers; and wherein the first realm is an origin realm, and the second realm is a new realm. sending (S11, S21), by the client, a request message to a redirect agent, the client originally being directed to a first server in a first realm; receiving (S12, S22), by the client, a first response message from the redirect agent, wherein the first response message is returned by the redirect agent to the client, wherein an identification of a second realm is carried in the first response message, and the second realm includes a plurality of servers; sending (S13, S23), by the client, the request message to a second server in the second realm, wherein the second server is included in the plurality of servers; and wherein the first realm is an origin realm, and the second realm is a new realm.
An apparatus for producing a gas mixture comprising hydrogen and nitrogen gas, said apparatus comprising: - an ammonia decomposition unit comprising a catalyst for decomposing ammonia; - an ammonia oxidizing unit comprising a selective catalyst oxidizing ammonia, wherein said catalyst for oxidizing ammonia is a catalyst comprising at least one transition metal element configured to selectively remove ammonia from gas mixtures comprising hydrogen and ammonia gas in a concentration lower than 1000 ppm, wherein said at least one transition metal element is supported on a support; wherein said at least one transition metal element is Cr, Mo, W, V or a combination thereof further comprising means for feeding oxygen gas or other oxidant to said ammonia oxidizing unit, wherein said ammonia oxidizing unit is located downstream of the ammonia decomposition unit. - an ammonia decomposition unit comprising a catalyst for decomposing ammonia; - an ammonia oxidizing unit comprising a selective catalyst oxidizing ammonia, wherein said catalyst for oxidizing ammonia is a catalyst comprising at least one transition metal element configured to selectively remove ammonia from gas mixtures comprising hydrogen and ammonia gas in a concentration lower than 1000 ppm, wherein said at least one transition metal element is supported on a support; wherein said at least one transition metal element is Cr, Mo, W, V or a combination thereof
A system for transferring a component gas from a liquid to a fluid, wherein said component gas is present in the liquid, said system comprising: a) a contacting zone adapted to facilitate contact between said liquid and said fluid, and to cause mixing of said liquid and said fluid, b) a fluid purification module adapted to transfer said component gas from said liquid to said fluid, wherein the fluid purification module is adapted to catalytically consume at least a portion of said component gas in said fluid, and optionally a separator for separating said liquid and said fluid after said mixing and before entering the fluid purification module, and c) a recirculation line adapted to transfer at least a portion of said fluid from said fluid purification module to said contacting zone, characterised in that said contacting zone comprises a passageway to transport the mixture of the liquid and the fluid, wherein the passageway is divided into at least two channels that extend in non-linear fashion along the length of the passageway and change flow directions abruptly in periodic fashion, thereby causing continuous mixing and re-distribution between the liquid and the fluid throughout the passageway, thus creating intimate contact between the liquid and the fluid, allowing the efficient transfer of the component gas therebetween. wherein said component gas is present in the liquid, a) a contacting zone adapted to facilitate contact between said liquid and said fluid, and to cause mixing of said liquid and said fluid, b) a fluid purification module adapted to transfer said component gas from said liquid to said fluid, wherein the fluid purification module is adapted to catalytically consume at least a portion of said component gas in said fluid, and optionally a separator for separating said liquid and said fluid after said mixing and before entering the fluid purification module, and c) a recirculation line adapted to transfer at least a portion of said fluid from said fluid purification module to said contacting zone,
An agricultural formulation comprising a purified bacterial population and an agriculturally acceptable carrier, wherein the bacterial population comprises a seed-origin bacterial endophyte having a 16S nucleic acid sequence at least 97% identical to any one of SEQ ID NOs: 522, 528, 533, 584, 589, 592, 595, 620, 770, or 1446, wherein said endophyte exhibits nitrogen fixation, and wherein the seed-origin bacterial endophyte is present in an amount effective to confer a benefit comprising increased tolerance to drought to a Gramineae agricultural plant seed to which the formulation is applied, an agricultural plant seedling to which the formulation is applied or a plant germinated from the seed or grown from the seedling, and wherein the increased tolerance to drought confers increased growth under drought conditions relative to reference seeds, seedlings or plants.
An engine comprising: a rotor operably associated with vanes to form variable chambers, said vanes each having first cam rollers and second cam rollers; a block for receiving said rotor, said block having an inlet and an outlet, and first and second cover plates (22, 24) between which the block is secured; first and second roller cams operably associated with said first cam rollers and said second cam rollers; an ignition source received by said block, operably associate with said variable chambers; and wherein when said rotor rotates in said block, said vanes will change position relative to said rotor to vary the size of said variable chambers, and when each variable chamber moves in proximity to said inlet, air will be drawn into said respective variable chamber, said respective variable chamber will compress said air, said ignition source will ignite fuel mixed with said air causing said respective variable chamber to expand, and said respective variable chamber will move in proximity to said outlet, discharging said air, said engine characterized in that: said first and second roller cams are dual-faced roller cams each fastened to a respective cover plate (22, 24) to maintain the position of the roller cams relative to the rotor; said first cam rollers of each vane are connected to opposite sides of the respective vane and are respectively in rolling contact with said first roller cam and said second roller cam; and said second cam rollers of each vane are connected to opposite sides of the respective vane and are respectively in rolling contact with said first roller cam and said second roller cam, wherein said first cam rollers and said second cam rollers move said vanes into and out of a plurality of slots formed in said rotor as said rotor rotates. a rotor operably associated with vanes to form variable chambers, said vanes each having first cam rollers and second cam rollers; a block for receiving said rotor, said block having an inlet and an outlet, and first and second cover plates (22, 24) between which the block is secured; first and second roller cams operably associated with said first cam rollers and said second cam rollers; an ignition source received by said block, operably associate with said variable chambers; and said first and second roller cams are dual-faced roller cams each fastened to a respective cover plate (22, 24) to maintain the position of the roller cams relative to the rotor; said first cam rollers of each vane are connected to opposite sides of the respective vane and are respectively in rolling contact with said first roller cam and said second roller cam; and said second cam rollers of each vane are connected to opposite sides of the respective vane and are respectively in rolling contact with said first roller cam and said second roller cam, wherein said first cam rollers and said second cam rollers move said vanes into and out of a plurality of slots formed in said rotor as said rotor rotates.
Method for managing a communication between a network and a telecommunications system, comprising a gateway linking said telecommunications system and said network, a plurality of interface devices of a user, each being able to be linked to said gateway, and at least one sensor (17A, 17B) of information relating to the respective environments of said interface devices; said method comprising the following steps: /a/ sensing at the level of the sensor first information relating to a location of the user in respective environments of the interface devices and second information relating to a sensory parameter defining a sensory context of the respective environments of the interface devices of the user; /a'/ determining levels of accessibility by the user of the interface devices on the basis of the first information; /a"/ determining levels of quality of the sensory contexts of the interface devices of the user on the basis of the second information; /b/ as a function of said sensed information, selecting an interface device from among the plurality of interface devices on the basis of a first selection criterion corresponding to the highest accessibility level and/or of a second selection criterion corresponding to the highest quality level; /c/ linking the selected interface device with the gateway so as to allow a communication between the selected interface device and the network. /a/ sensing at the level of the sensor first information relating to a location of the user in respective environments of the interface devices and second information relating to a sensory parameter defining a sensory context of the respective environments of the interface devices of the user; /a'/ determining levels of accessibility by the user of the interface devices on the basis of the first information; /a"/ determining levels of quality of the sensory contexts of the interface devices of the user on the basis of the second information; /a'/ determining levels of accessibility by the user of the interface devices on the basis of the first information; /a"/ determining levels of quality of the sensory contexts of the interface devices of the user on the basis of the second information; /a"/ determining levels of quality of the sensory contexts of the interface devices of the user on the basis of the second information; /b/ as a function of said sensed information, selecting an interface device from among the plurality of interface devices on the basis of a first selection criterion corresponding to the highest accessibility level and/or of a second selection criterion corresponding to the highest quality level; /c/ linking the selected interface device with the gateway so as to allow a communication between the selected interface device and the network.