mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting additional information by a first device in a broadcast communication system, the method comprising: receiving , by the first device, broadcast information on a broadcast channel; extracting , by the first device, an application information table, AIT, from the broadcast information; acquiring , by the first device, screen type information from the AIT; determining , by the first device, whether a second device is found based on the screen type information, wherein the screen type information indicates at least one of the first device and the second device that is allowed to display the additional information; if the second device is found, identifying , by the first device, whether the AIT includes the additional information, the additional information being related to content included in the broadcast information; if the AIT does not include the additional information, acquiring , by the first device, location information for the additional information from the AIT, and transmitting the location information for the additional information to the second device ; and if the AIT includes the additional information, temporarily storing , by the first device, the additional information in the first device, generating temporary location information indicating a location in the first device where the additional information is temporarily stored, and transmitting the generated temporary location information to the second device. receiving , by the first device, broadcast information on a broadcast channel; extracting , by the first device, an application information table, AIT, from the broadcast information; acquiring , by the first device, screen type information from the AIT; determining , by the first device, whether a second device is found based on the screen type information, wherein the screen type information indicates at least one of the first device and the second device that is allowed to display the additional information; if the second device is found, identifying , by the first device, whether the AIT includes the additional information, the additional information being related to content included in the broadcast information; if the AIT does not include the additional information, acquiring , by the first device, location information for the additional information from the AIT, and transmitting the location information for the additional information to the second device ; and if the AIT includes the additional information, temporarily storing , by the first device, the additional information in the first device, generating temporary location information indicating a location in the first device where the additional information is temporarily stored, and transmitting the generated temporary location information to the second device.
An imaging system comprising: a beam splitting assembly for splitting an incident ray into emergent rays; and a detecting assembly, wherein the beam splitting assembly comprises a first prism , a second prism and a third prism ; wherein one side surface of the first prism and one side surface of the second prism are joined to form a first interface ; wherein one side surface of the third prism and another side surface of the second prism are joined to form a second interface ; wherein the detecting assembly comprises at least two detectors; and wherein the at least two detectors are arranged to each capture a respective one of the emergent rays, the first, second and third prisms are 90 degree prisms; and characterized in that the hypotenuse side surfaces of the first and third prisms are joined to the respective cathetus side surfaces of the second prism at the first and second interfaces . a beam splitting assembly for splitting an incident ray into emergent rays; and a detecting assembly, wherein the beam splitting assembly comprises a first prism , a second prism and a third prism ; wherein one side surface of the first prism and one side surface of the second prism are joined to form a first interface ; wherein one side surface of the third prism and another side surface of the second prism are joined to form a second interface ; wherein the detecting assembly comprises at least two detectors; and wherein the at least two detectors are arranged to each capture a respective one of the emergent rays, the first, second and third prisms are 90 degree prisms; and characterized in that the hypotenuse side surfaces of the first and third prisms are joined to the respective cathetus side surfaces of the second prism at the first and second interfaces .
A composition of matter comprising an intranasal desmopressin dose in the form of a plume ejected over a time interval from the nozzle of a metered dose spray device, the plume comprising a volume of moving droplets together defining a conical volume having a central axis and an apex at the nozzle of the spray device, wherein the droplet density (number of droplets per unit volume) within the conical volume increases in a direction normal to the axis, the droplets together comprising: (a) between 1 μg and 5.0 μg desmopressin; or (b) about 0.75 μg desmopressin, the plume serving to increase contact of the droplets with intranasal luminal mucosal surfaces, wherein said droplets further comprise: (a) an oil-in-water emulsion; and (b) a permeation enhancer, for use in a method of inducing an antidiuretic effect in a patient, the method comprising intranasally administering the composition to the patient. (a) an oil-in-water emulsion; and (b) a permeation enhancer,
An image-based position assessment method performed in conjunction with a timed mechanism onboard an agricultural machine , the timed mechanism including a traveling component configured to travel an intended motion path when the timed mechanism is driven during operation of the agricultural machine , the image-based position assessment method comprising: receiving , at an image processing system , one or more diagnostic camera images captured by a diagnostic camera mounted to the agricultural machine at a designated mount location , the diagnostic camera having a field of view at least partially encompassing the intended motion path ; analyzing , at the image processing system , the diagnostic camera images to determine whether a recorded time-dependent component position of the traveling component deviates excessively from an expected time-dependent component position of the traveling component , as taken along the intended motion path ; and generating or causing generation of a first notification on a display device , via the image processing system , indicating that a positional adjustment to the traveling component is recommended if determining that the recorded time-dependent component position deviates excessively from the expected time-dependent component position, characterized in that , the image-based position assessment method further comprising generating or causing generation of a second notification on the display device indicating that a positional adjustment to the traveling component is unneeded if determining that the recorded time-dependent component position does not deviate excessively from the expected time-dependent component position.
An exhaust system for internal combustion engines comprising: a lean NO x trap including a NOx adsorbent for the storage of NOx and an oxidation/reduction catalyst, wherein the oxidation/reduction catalyst comprises one or more of platinum, palladium, and/or rhodium; and the NOx absorbent comprises alkaline earth metals, alkali metals, rare earth metals or combinations thereof; and a catalyzed filter substrate having a first zone and a second zone, wherein the first zone comprises a platinum group metal loaded on a support and the second zone comprises copper or iron loaded on a zeolite, and the first zone or the second zone additionally comprises a base metal oxide or a base metal loaded on an inorganic oxide, wherein the base metal is selected from the group consisting of iron, manganese, copper, nickel, and mixtures thereof, and the base metal oxide is selected from the group consisting of iron oxide, manganese oxide, copper oxide, nickel oxide, and mixtures thereof and the inorganic oxide is alumina, silica, titania, zirconia, ceria, niobia, tantalum oxides, molybdenum oxides, tungsten oxides, mixed oxides or composite oxides of any two or more thereof, or mixtures thereof, wherein the catalyzed filter substrate is oriented such that the first zone is contacted by an exhaust gas from the NO x trap prior to the second zone. a lean NO x trap including a NOx adsorbent for the storage of NOx and an oxidation/reduction catalyst, wherein the oxidation/reduction catalyst comprises one or more of platinum, palladium, and/or rhodium; and the NOx absorbent comprises alkaline earth metals, alkali metals, rare earth metals or combinations thereof; and a catalyzed filter substrate having a first zone and a second zone, wherein the first zone comprises a platinum group metal loaded on a support and the second zone comprises copper or iron loaded on a zeolite, and the first zone or the second zone additionally comprises a base metal oxide or a base metal loaded on an inorganic oxide, wherein the base metal is selected from the group consisting of iron, manganese, copper, nickel, and mixtures thereof, and the base metal oxide is selected from the group consisting of iron oxide, manganese oxide, copper oxide, nickel oxide, and mixtures thereof and the inorganic oxide is alumina, silica, titania, zirconia, ceria, niobia, tantalum oxides, molybdenum oxides, tungsten oxides, mixed oxides or composite oxides of any two or more thereof, or mixtures thereof, wherein the catalyzed filter substrate is oriented such that the first zone is contacted by an exhaust gas from the NO x trap prior to the second zone.
A water treatment system configured for use with a pool , the water treatment system comprising: a fluid passageway in fluid communication with the pool; an ozone generator configured to deliver ozone gas to the fluid passageway; and a drain valve assembly positioned downstream of the ozone generator and upstream of the pool , the drain valve assembly comprising: a valve body including an inlet, an outlet, and a drain outlet; and a floating valve disposed within the valve body, wherein the floating valve closes the drain outlet when water enters the inlet of the valve body from the ozone generator and floats upward to open the drain outlet when water enters the outlet of the valve body from the pool . a fluid passageway in fluid communication with the pool; an ozone generator configured to deliver ozone gas to the fluid passageway; and a drain valve assembly positioned downstream of the ozone generator and upstream of the pool , the drain valve assembly comprising: a valve body including an inlet, an outlet, and a drain outlet; and a floating valve disposed within the valve body, wherein the floating valve closes the drain outlet when water enters the inlet of the valve body from the ozone generator and floats upward to open the drain outlet when water enters the outlet of the valve body from the pool . a valve body including an inlet, an outlet, and a drain outlet; and a floating valve disposed within the valve body, wherein the floating valve closes the drain outlet when water enters the inlet of the valve body from the ozone generator and floats upward to open the drain outlet when water enters the outlet of the valve body from the pool .
A method to coordinate transmissions of devices on a wireless network , the method comprising: transmitting, by a first communications device , a beacon (1300; 1400) in a communication channel, the beacon (1300; 1400) having a time slot schedule for multiple time slots to be included in a beacon interval, wherein the first communications device , based on types of one or more devices associated with the first communications device , assigns each of the one or more devices to a particular time slot of the multiple time slots based on a determination of probability of occurrence of collisions; transmitting, by the first communications device , a first synch frame at a slot boundary of one time slot of the multiple time slots if the communication channel is not busy at the slot boundary; and not transmitting, by a first communications device , the first synch frame at the slot boundary of the one time slot if the communication channel is busy at the slot boundary. transmitting, by a first communications device , a beacon (1300; 1400) in a communication channel, the beacon (1300; 1400) having a time slot schedule for multiple time slots to be included in a beacon interval, wherein the first communications device , based on types of one or more devices associated with the first communications device , assigns each of the one or more devices to a particular time slot of the multiple time slots based on a determination of probability of occurrence of collisions; transmitting, by the first communications device , a first synch frame at a slot boundary of one time slot of the multiple time slots if the communication channel is not busy at the slot boundary; and not transmitting, by a first communications device , the first synch frame at the slot boundary of the one time slot if the communication channel is busy at the slot boundary.
A cable management system , comprising: a cable management unit which has a casing unit defining at least one receiving space for receiving a cassette ; and comprising the cassette which has a front socket section , characterized in that the casing unit comprises a grounding element that is configured for mechanically contacting and electrically grounding the front socket section in a mounted state of the cassette , wherein the grounding element is embodied as a protrusion or a deepening of the casing unit .
A resist material comprising a compound represented by the following formula : wherein each R is independently a hydrogen atom or an acid dissociation reactive group, wherein at least one of R is an acid dissociation reactive group; and each n is independently an integer of 0 to 4, wherein at least one of n is an integer of 1 to 4, the acid dissociation reactive group is a group selected from the group consisting of groups represented by the following formula (13-4): wherein R 5 is a hydrogen atom, or a linear or branched alkyl group having 1 to 4 carbon atoms; R 6 is a hydrogen atom, a linear or branched alkyl group having 1 to 4 carbon atoms, a cyano group, a nitro group, a heterocyclic group, a halogen atom, or a carboxyl group; n 1 is an integer of 0 to 4; n 2 is an integer of 1 to 5; and n 0 is an integer of 0 to 4.
Method of manufacturing spokes from a wire material , in particular for at least partially muscle-powered two-wheeled vehicles , the spokes each comprising at least one spoke shaft having at least two shaft sections , wherein the shaft sections differ in at least one cross-section , and wherein for forming the cross-sections , the wire material is reshaped at least in sections by means of at least one shaping tool , and wherein the relative position of the wire material relative to the shaping tool is varied in the axial direction during shaping, by means of at least one feeding device , characterized in that the feeding device varies the relative position of the wire material relative to the shaping tool by different positioning movements for shaping the cross-sections of the at least two shaft sections , and that for forming the cross-sections , the wire material is reshaped and/or reduced at least in sections by way of hammering or embossing by means of the shaping tool .
Adaptive flight control system for an aircraft which is intended to modify a gain applied to a copy value of the flight control, the adaptive flight control system comprising - a control means which provides a flight control instruction via a first movement of the control means , - a control member which is intended to control a flight member of the aircraft , - a control means which comprises a control rod and which applies a control gain in order to convert the flight control instruction into a mandatory flight control instruction and which transmits the mandatory flight control instruction to an action means via a second movement of the control rod , - the action means converting the mandatory flight control instruction into a flight control action and applying the flight control action to the control member , and - an information return means providing the control means with a copy value of the flight control, the copy value being the current value of the flight control which is actually applied by the flight member , the information return means applying a variable copy gain to the copy value of the flight control, the copy gain being variable in accordance with the copy value of the flight control, characterised in that the information return means comprises a transfer means and a transfer rod which applies the copy gain to the copy value of the flight control, the transfer means being connected to the control member via a first mechanical connection which has at least one degree of freedom, the control member bringing about a third movement of the transfer means which may bring about a fourth movement of the transfer rod . - a control means which provides a flight control instruction via a first movement of the control means , - a control member which is intended to control a flight member of the aircraft , - a control means which comprises a control rod and which applies a control gain in order to convert the flight control instruction into a mandatory flight control instruction and which transmits the mandatory flight control instruction to an action means via a second movement of the control rod , - the action means converting the mandatory flight control instruction into a flight control action and applying the flight control action to the control member , and - an information return means providing the control means with a copy value of the flight control, the copy value being the current value of the flight control which is actually applied by the flight member , the information return means applying a variable copy gain to the copy value of the flight control, the copy gain being variable in accordance with the copy value of the flight control, characterised in that the information return means comprises a transfer means and a transfer rod which applies the copy gain to the copy value of the flight control, the transfer means being connected to the control member via a first mechanical connection which has at least one degree of freedom, the control member bringing about a third movement of the transfer means which may bring about a fourth movement of the transfer rod .
A method of mitigating interference in a heterogeneous network using an inter-cell interference coordination, wherein the heterogeneous network comprises a plurality of base stations, communication ranges of at least some of the base stations overlap, and a plurality of user equipments (UEs) are within the communication ranges of the base stations, the method comprising: identifying, by an interference control server, an interference-service relationship between any one of the base stations and any one of the UEs, wherein the interference-service relationship indicates whether any one of the UEs is served by or interfered from any one of the base stations; grouping, by the interference control server, the UEs into a plurality of UE groups, wherein each UE in a same UE group has an identical interference-service relationship with all of the base stations; identifying, by the interference control server, an UE group interference relationship among the UE groups, wherein the UE group interference relationship indicates which ones of the UE groups may result in collision if simultaneously receiving downlink data in a same downlink subframe within a period; and for each of the UE groups, assigning, by the interference control server, a first set of time-specific downlink subframes within the period to a corresponding one of the UE groups as a set of almost blank subframes (ABS) specific to the corresponding one of the UE groups based on the UE group interference relationship and a resource demand for each of the UE groups. identifying, by an interference control server, an interference-service relationship between any one of the base stations and any one of the UEs, wherein the interference-service relationship indicates whether any one of the UEs is served by or interfered from any one of the base stations; grouping, by the interference control server, the UEs into a plurality of UE groups, wherein each UE in a same UE group has an identical interference-service relationship with all of the base stations; identifying, by the interference control server, an UE group interference relationship among the UE groups, wherein the UE group interference relationship indicates which ones of the UE groups may result in collision if simultaneously receiving downlink data in a same downlink subframe within a period; and for each of the UE groups, assigning, by the interference control server, a first set of time-specific downlink subframes within the period to a corresponding one of the UE groups as a set of almost blank subframes (ABS) specific to the corresponding one of the UE groups based on the UE group interference relationship and a resource demand for each of the UE groups.
Baking oven door adapted to be attached to a household or industrial type baking oven and being adapted to close an opening to a muffle of the baking oven , the baking oven door comprising an outer and an inner wall and at least one image recording device , wherein the at least one image recording device is mounted inside the door in between the outer and inner wall and is arranged and adapted to pick up images of the muffle interior, characterized in that at least a part of the outer side of the outer wall constitutes a heat sink which is thermally coupled to the image recording device , wherein the heat sink is a flat, sheet-like thermal conductor , at least partially constituting an outer cover of the baking oven door , and wherein the heat sink is in direct thermal contact with the image recording device or said heat sink is thermally coupled via a cooling element to the image recording device .
A non-stick coating for an article, wherein the non-stick coating comprises at least one adhesion promoter layer (V) arranged on a surface of the article and a cover layer (D) arranged above the adhesion promoter layer, wherein the adhesion promoter layer has a dry film thickness of 5 to 25 μm, and wherein the cover layer has a dry film thickness of 20 to 45 μm, characterized in that the cover layer contains 98 to 100 wt.-% PTFE, and optionally up to 2 wt.-%, related to the total solid material content of the cover layer, of pigments and that it is free of melt-processible fluoropolymers, and that it contains, in addition to the high molecular weight PTFE, which was obtained by emulsion polymerization of TFE, 1 to 9 wt.-% of a high molecular weight modified PTFE, which contains < 1 wt.-% of perfluorpropylvinyl ether (PPVE) as a modifying comonomer and was obtained by suspension polymerization.