mhurhangee/patent-ind-claim-en huggingface dataset:
An information transmission method performed by a scheduling base station , said scheduling base station scheduling a user equipment, UE, within a preset time period, wherein the method comprises: • receiving, from a network controller , a maximum quantity of base stations scheduling the UE at the same time within said preset time period, said maximum quantity of base stations including said scheduling base station ; • generating (step 301) amount indication information, wherein the amount indication information is used to indicate a maximum amount of downlink control information, said maximum amount of downlink control information corresponding to the maximum quantity of said base stations scheduling said UE within said preset time period; and • sending (step 302) the amount indication information to the scheduled UE . • receiving, from a network controller , a maximum quantity of base stations scheduling the UE at the same time within said preset time period, said maximum quantity of base stations including said scheduling base station ; • generating (step 301) amount indication information, wherein the amount indication information is used to indicate a maximum amount of downlink control information, said maximum amount of downlink control information corresponding to the maximum quantity of said base stations scheduling said UE within said preset time period; and • sending (step 302) the amount indication information to the scheduled UE .
An antenna system for an airplane , the antenna system comprising: an antenna system enclosure ; a desiccant enclosure within the antenna system enclosure and having desiccant material positioned between an outside air pipe and an inside air pipe , the inside air pipe extending from the desiccant enclosure to open to an interior air volume of at least one component of the antenna system within the antenna system enclosure , the outside air pipe extending from the desiccant enclosure to ambient air outside the antenna system enclosure , and the desiccant material is configured to absorb moisture in the ambient air flowing from the outside air pipe to the inside air pipe through the desiccant enclosure while air pressure is being equalized from outside to inside the antenna system enclosure; and a condenser connected to the outside air pipe to intervene in the ambient air flowing from outside the antenna system enclosure to the desiccant enclosure, the condenser having a meandering airflow pathway through which the ambient air flows toward the desiccant enclosure, the condenser is attached and thermally coupled to a radio-frequency, RF, waveguide having a thermal mass that functions to cause changes to the temperature of the condenser to lag changes to the temperature of the air flowing through the condenser , wherein the RF waveguide is a component of the antenna system . an antenna system enclosure ; a desiccant enclosure within the antenna system enclosure and having desiccant material positioned between an outside air pipe and an inside air pipe , the inside air pipe extending from the desiccant enclosure to open to an interior air volume of at least one component of the antenna system within the antenna system enclosure , the outside air pipe extending from the desiccant enclosure to ambient air outside the antenna system enclosure , and the desiccant material is configured to absorb moisture in the ambient air flowing from the outside air pipe to the inside air pipe through the desiccant enclosure while air pressure is being equalized from outside to inside the antenna system enclosure; and a condenser connected to the outside air pipe to intervene in the ambient air flowing from outside the antenna system enclosure to the desiccant enclosure, the condenser having a meandering airflow pathway through which the ambient air flows toward the desiccant enclosure, the condenser is attached and thermally coupled to a radio-frequency, RF, waveguide having a thermal mass that functions to cause changes to the temperature of the condenser to lag changes to the temperature of the air flowing through the condenser , wherein the RF waveguide is a component of the antenna system .
An end cap for a profile comprising at least one portion with a U-shaped cross-section , including a base and two parallel wings extending transversely to the said base , said cap comprising a body including a front wall able to cover an end front surface of said U-shaped portion; characterized in that said cap comprises an attachment member including a rod carrying a self-tapping thread and able to pass through a circular opening arranged in said front wall to come to be screwed on the internal faces of said wings of the U-shaped portion of the profile , said attachment member also including a head provided with a diameter greater than that of said opening and provided to come to abut against said front wall at the end of screwing.
Support device for a plurality of components (100, 200, 100*) of different geometry, in particular for a plurality of geometrically different motor vehicle exterior attachment components made from polymeric material, comprising: - a support frame , - a drive arranged on the support frame and - at least two support groups arranged on the support frame , wherein each support group serves as a support surface for a specific component geometry, wherein each support group has at least two plate-shaped support elements (1', 1", 1"'; 2', 2", 2"' etc.) spaced apart from one another, the upwardly pointing edge (10', 10", 10"'; 20', 20", 20"' etc.) of which in each case has a contour that is already adapted to the geometry of the assigned component (100, 200, 100*) in the unloaded state, and wherein by means of the drive the support elements (1', 1", 1'"; 2', 2", 2"' etc.) can be moved in such a manner that only the support elements (1', 1", 1"'; 2', 2", 2"' etc.) of a single support group (1, 2 etc.) project upwards such that their upwardly pointing edges (10', 10", 10'"; 20', 20", 20'" etc.) form the support surface for the component geometry assigned to them, characterised in that the upwardly pointing edge (10', 10", 10'"; 20', 20", 20'" etc.) of a support element (1', 1", 1'"; 2', 2", 2'" etc.) in a side view has a hill-and-valley profile with at least one hill (b) and at least one valley (t 1 , t 2 ). - a support frame , - a drive arranged on the support frame and - at least two support groups arranged on the support frame ,
A wireless communication device comprising: a transmitter configured to multiplex and transmit a plurality of first frames; a receiver configured to receive a plurality of second frames that represent acknowledgement responses to the plurality of first frames and are multiplexed and transmitted in spatial multiplexing from a plurality of other wireless communication devices; and controlling circuitry , wherein first information specifying preamble patterns to be disposed in the plurality of second frames is set in the plurality of first frames, and the controlling circuitry is configured to separate the plurality of second frames based on the preamble patterns specified in the first information. a transmitter configured to multiplex and transmit a plurality of first frames; a receiver configured to receive a plurality of second frames that represent acknowledgement responses to the plurality of first frames and are multiplexed and transmitted in spatial multiplexing from a plurality of other wireless communication devices; and controlling circuitry , wherein first information specifying preamble patterns to be disposed in the plurality of second frames is set in the plurality of first frames, and the controlling circuitry is configured to separate the plurality of second frames based on the preamble patterns specified in the first information.
An anti-HIDE1 antibody for use in treating cancer in a patient, the use comprising administering the anti-HIDE1 antibody to said patient, wherein said cancer is treated, and wherein the antibody stimulates the immune system by inhibiting the action of HIDE1.
An automatic control element with uniformly-distributed stepping frequency, comprising a sprinkler and a fluidic element connected to the sprinkler , a chamfered outlet cover plate being secured to the fluidic element and forming an outlet of the fluidic element , characterized in that a water inlet and a first air supply pore are formed symmetrically on opposite sides of the fluidic element , and a second air supply pore is formed on the water inlet ; a water distributor is formed on the sprinkler , a water tank is provided on the outer side of the sprinkler , and the water distributor is in communication with the sprinkler and an inner cavity of the water tank ; and a signal nozzle is provided on the wall of the water tank , and the signal nozzle is connected to the water inlet via a conduit .
Method of reacting a first compound with a second compound, wherein the first compound has a GHS hazard identification of GHS06 and is obtainable from the reaction of at least one first fluid precursor compound and one second fluid precursor compound and wherein the second compound is capable of a chemical reaction with the first compound, comprising the steps of: (I) providing a liquid phase containing the second compound in a reactor having an upper end and a lower end viewed in the direction of gravity; (II) providing a contact tube having an upper end and a lower end in the reactor, wherein the lower end of the contact tube is immersed into the liquid phase containing the second compound and a catalyst bed present in the contact tube is set up to catalyze the reaction between the first and second precursor compounds to give the first compound; (III) introducing the first and second precursor compounds through the contact tube , with the first compound formed in the contact tube exiting from the lower end of the contact tube and coming into contact with liquid phase containing the second compound. (I) providing a liquid phase containing the second compound in a reactor having an upper end and a lower end viewed in the direction of gravity; (II) providing a contact tube having an upper end and a lower end in the reactor, wherein the lower end of the contact tube is immersed into the liquid phase containing the second compound and a catalyst bed present in the contact tube is set up to catalyze the reaction between the first and second precursor compounds to give the first compound; the lower end of the contact tube is immersed into the liquid phase containing the second compound and a catalyst bed present in the contact tube is set up to catalyze the reaction between the first and second precursor compounds to give the first compound; (III) introducing the first and second precursor compounds through the contact tube , with the first compound formed in the contact tube exiting from the lower end of the contact tube and coming into contact with liquid phase containing the second compound.
A wing for an aircraft , comprising: a spar comprising: a monolithic structure , the monolithic structure comprising an upper chord , a lower chord , and a web positioned between the upper chord and the lower chord; and a strut , distinct and separate from the monolithic structure, coupled to the monolithic structure between the upper chord and the lower chord and extending across the web, wherein the monolithic structure further comprises an upper pad formed at a lower end of the upper chord and having an increased thickness in cross-section with respect to the adjacent web and a lower pad formed at an upper end of the lower chord and having an increased thickness in cross-section with respect to the adjacent web ; and the strut is coupled to the upper pad and the lower pad. a monolithic structure , the monolithic structure comprising an upper chord , a lower chord , and a web positioned between the upper chord and the lower chord; and a strut , distinct and separate from the monolithic structure, coupled to the monolithic structure between the upper chord and the lower chord and extending across the web, wherein the monolithic structure further comprises an upper pad formed at a lower end of the upper chord and having an increased thickness in cross-section with respect to the adjacent web and a lower pad formed at an upper end of the lower chord and having an increased thickness in cross-section with respect to the adjacent web ; and the strut is coupled to the upper pad and the lower pad.
An HLS-based capability control service system, comprising a server load balancing, SLB, server and one or more Hyper Text Transfer Protocol Live Streaming, HLS, video servers based on a Hyper Text Transfer Protocol, HTTP, wherein the SLB server is configured to receive an HLS HTTP request from a terminal , redirect the HLS HTTP request to an HLS video server, and return a service address of the specified HLS video server to the terminal; and the specified HLS video server is configured to receive an HLS HTTP request from the terminal, return a requested m3u8 index file to the terminal, establish an HTTP connection with the terminal; characterized in that , the HLS video server is further configured to monitor a request status of each terminal in real time, and count online terminal users according to terminals that initiate requests; wherein the SLB server is configured to, receive the HLS HTTP request from the terminal, and assign a session identifier, SessionID, for the request; and select an HLS video server according to performance indexes of HLS video servers under administration of the SLB server, and return the assigned SessionID and a service address of the selected HLS video server to the terminal by using an HTTP 302 redirection message; the specified HLS video server is configured to, receive a message, from the terminal, for requesting the m3u8 index file, and record the SessionID corresponding to the terminal; return an m3u8 index file response carrying a ts connection list to the terminal, wherein the m3u8 index file response carries the SessionID of the terminal; and establish an HTTP connection with the terminal; and monitor a request status of the terminal in real time, and if the SessionID is not carried in the request and no new request is received within a preset time, determine that the terminal has been offline.
A chromatography system for at least one of tangential flow chromatography and lateral flow chromatography comprising: an inlet ; a functionalised planar adsorbent chromatography medium arranged as a rectangle downstream of the inlet, wherein the adsorbent chromatography medium is formed of one or more non-woven sheets, each comprising one or more polymer nanofibers; an outlet downstream of the adsorbent chromatography medium; and a flow guide downstream of the inlet and upstream of the adsorbent chromatography medium and configured to distribute a flow of a liquid from the inlet across a width of the adsorbent chromatography medium; wherein the flow guide comprises a pattern of channels providing flow paths from the inlet to different parts of the adsorbent chromatography medium along the width of the adsorbent chromatography medium, wherein the pattern of channels is provided so as to reduce a difference in arrival time and/or flow velocity of liquid reaching the adsorbent chromatography medium across the width of the adsorbent chromatography medium. an inlet ; a functionalised planar adsorbent chromatography medium arranged as a rectangle downstream of the inlet, wherein the adsorbent chromatography medium is formed of one or more non-woven sheets, each comprising one or more polymer nanofibers; an outlet downstream of the adsorbent chromatography medium; and a flow guide downstream of the inlet and upstream of the adsorbent chromatography medium and configured to distribute a flow of a liquid from the inlet across a width of the adsorbent chromatography medium; wherein the flow guide comprises a pattern of channels providing flow paths from the inlet to different parts of the adsorbent chromatography medium along the width of the adsorbent chromatography medium, wherein the pattern of channels is provided so as to reduce a difference in arrival time and/or flow velocity of liquid reaching the adsorbent chromatography medium across the width of the adsorbent chromatography medium.
Gas hob with a gas burner for a household cooking appliance , with a hob plate , which has a passage opening and a gas burner opening embodied as a passage hole, wherein the gas burner is arranged at the gas burner opening of the hob plate , and a pan support that is arranged on the hob plate and has a channel fluidically connected to the passage opening , wherein the channel and the passage opening are configured to provide primary air for the gas burner , characterised in that the channel has an air inlet opening that has a spacing (D) from the hob plate .
Seeder element for agricultural machine, comprising a seed-distributing element and a tamping device , the tamping device being positioned behind an outlet of the seed-distributing element in a direction of advance at work of the seeder element, the tamping device comprising an adjustment device and a tamping element , the tamping element being configured to exert a tamping force (F RD , F RN , F RL ) on the ground in at least one work position of the adjustment device , the tamping element comprising a tamping wheel moving at the bottom of the furrow , characterised in that the at least one work position of the adjustment device is configured for a load-relieving position in which the adjustment device exerts, on the tamping element , a load-relieving stress (F D ) that counters the weight (P) of the tamping element . the tamping device comprising an adjustment device and a tamping element , the tamping element being configured to exert a tamping force (F RD , F RN , F RL ) on the ground in at least one work position of the adjustment device , the tamping element comprising a tamping wheel moving at the bottom of the furrow , characterised in that the at least one work position of the adjustment device is configured for a load-relieving position in which the adjustment device exerts, on the tamping element , a load-relieving stress (F D ) that counters the weight (P) of the tamping element .
A flexible sensor film comprising: - a substrate core having a first surface and a second surface; - at least one sensing element for sensing at least one property; - a first conductive layer residing on said first surface, said first conductive layer having first solder mask coated thereon, and wherein said first conductive layer is grounded; and - a second conductive layer residing on said second surface, second conductive layer having a second solder mask coated thereon, and coupled to said at least one sensing element . - a substrate core having a first surface and a second surface; - at least one sensing element for sensing at least one property; - a first conductive layer residing on said first surface, said first conductive layer having first solder mask coated thereon, and wherein said first conductive layer is grounded; and - a second conductive layer residing on said second surface, second conductive layer having a second solder mask coated thereon, and coupled to said at least one sensing element .
A gas turbine engine comprising: a combustor section arranged between a compressor section and a turbine section , wherein the compressor section includes at least a low pressure compressor and a high pressure compressor , the high pressure compressor being arranged immediately upstream of the combustor section ; a fan section having an array of twenty-six or fewer fan blades , wherein the fan section has a low fan pressure ratio of less than 1.55; a geared architecture coupling the fan section to the turbine section or the compressor section ; the low pressure compressor being counter-rotating relative to the fan blades ; and an airfoil arranged in a compressor section outside the high compressor section, wherein the airfoil is fixed relative to an engine axis (X) of an engine static structure , the airfoil comprising pressure and suction sides and extending in a radial direction from a 0% span position to a 100% span position, characterized in that the airfoil has a relationship between a leading edge angle (β1*) and span position that defines a curve (88; 90; 92; 94; 96) with a leading edge angle (β1*), measured against a tangential plane (PF) normal to the engine axis (X), of less than 40° at 100% span. a combustor section arranged between a compressor section and a turbine section , wherein the compressor section includes at least a low pressure compressor and a high pressure compressor , the high pressure compressor being arranged immediately upstream of the combustor section ; a fan section having an array of twenty-six or fewer fan blades , wherein the fan section has a low fan pressure ratio of less than 1.55; a geared architecture coupling the fan section to the turbine section or the compressor section ; the low pressure compressor being counter-rotating relative to the fan blades ; and an airfoil arranged in a compressor section outside the high compressor section, wherein the airfoil is fixed relative to an engine axis (X) of an engine static structure , the airfoil comprising pressure and suction sides and extending in a radial direction from a 0% span position to a 100% span position, characterized in that the airfoil has a relationship between a leading edge angle (β1*) and span position that defines a curve (88; 90; 92; 94; 96) with a leading edge angle (β1*), measured against a tangential plane (PF) normal to the engine axis (X), of less than 40° at 100% span.
A device for detecting and visualizing underground objects in an environment , the device comprising: - first means configured for collecting first data regarding the underground objects by means of ground-penetrating radar, GPR, technique; - second means configured for converting the first data into first virtual images of the underground objects ; and - third means configured for combining the first virtual images with real images of the environment by means of mixed reality, MR, technique and showing the combined images to a user , characterized in that : - the device also comprises fourth means configured for extracting second data regarding the underground objects from a geographical information system, GIS, database; - the second means are also configured for converting the second data into second virtual images of the underground objects ; and - the third means are also configured for combining the second virtual images with the first virtual images and the real images by means of mixed reality, MR, technique and showing the combined images to the user . - first means configured for collecting first data regarding the underground objects by means of ground-penetrating radar, GPR, technique; - second means configured for converting the first data into first virtual images of the underground objects ; and - third means configured for combining the first virtual images with real images of the environment by means of mixed reality, MR, technique and showing the combined images to a user , - the device also comprises fourth means configured for extracting second data regarding the underground objects from a geographical information system, GIS, database; - the second means are also configured for converting the second data into second virtual images of the underground objects ; and - the third means are also configured for combining the second virtual images with the first virtual images and the real images by means of mixed reality, MR, technique and showing the combined images to the user .