mhurhangee/patent-ind-claim-en huggingface dataset:
Composition comprising one or more metal hydroxy salts and a matrix, binder or carrier material wherein the metal hydroxy salt is a compound consisting of (a) as metal either (i) one or more divalent metals, at least one of them being selected from the group consisting of Ni, Co, Ca, Zn, Mg, Fe, and Mn, or (ii) one or more trivalent metal(s), (b) framework hydroxide, and (c) a replaceable anion, wherein the framework hydroxide is non-replaceable hydroxide bonded to the metal(s), wherein the matrix, binder or carrier material is one or more selected from the group consisting of alumina, silica, silica-alumina, silica-magnesia, clay, titania, titania-alumina, silica-titania, aluminium phosphate, zirconia, cerium oxide, calcium oxide, lanthanum oxide, barium oxide, and magnesium oxide, or combinations thereof, wherein replaceable anions have the ability, upon contacting of the metal hydroxy salts with a solution of other anions under suitable conditions, to be replaced by these other anions, wherein the metal hydroxy salts contain only divalent metals or only trivalent metals.
Method for correcting position data recorded using a position sensor , which uses a global navigation satellite system, of a motor vehicle , wherein the mechanical interaction of the motor vehicle with ground structures as it travels over the ground structures is measured by means of a structure sensor , and evaluation of the measurement data from the structure sensor detects travel over at least one reference structure for which the precise reference position in the geodetic coordinate system of the global navigation satellite system in at least one direction is known, wherein a discrepancy between the position data measured using the position sensor at the instant of travel over the ground structure and the reference position is used to ascertain correction data that can be used for correction, characterised in that at least one ground structure generated specifically as a reference structure is used, which generates a data signature in the measurement data, into which at least one piece of information about the reference structure is encoded.
Rim for a vehicle wheel, in particular for a motor vehicle wheel, wherein, in order to optimise the rolling noise of the vehicle wheel , in particular in order to adjust and/or displace at least one resonant frequency of the vehicle wheel in a defined manner, the rim has at least one locally delimited rigidity-modified area on or in which the rigidity of the rim is modified compared to an immediately adjacent rim area and/or modified compared to a basic or manufacturing state of the rim in this area, characterised in that the at least one rigidity-modified area is formed by a weld and/or by a structure-modified area.
A method comprising: generating a voltage on a capacitor of a detector based on illumination received at a pixel; comparing the voltage stored on the capacitor with a reference voltage to produce comparison results; generating an intensity value based on the comparison results, the intensity value generated by integrating the comparison results using a first counter of the detector during a first period of time; integrating the comparison results repeatedly during smaller second periods of time within the first period of time using a second counter of the detector , the second counter having a lower bit resolution than the first counter; resetting the second counter for each of the second periods of time; and generating a pixel event indicator in response to the second counter outputting a specified value. generating a voltage on a capacitor of a detector based on illumination received at a pixel; comparing the voltage stored on the capacitor with a reference voltage to produce comparison results; generating an intensity value based on the comparison results, the intensity value generated by integrating the comparison results using a first counter of the detector during a first period of time; integrating the comparison results repeatedly during smaller second periods of time within the first period of time using a second counter of the detector , the second counter having a lower bit resolution than the first counter; resetting the second counter for each of the second periods of time; and generating a pixel event indicator in response to the second counter outputting a specified value.
Polypropylene composition (C), comprising i) 80.0 to 99.9 wt.-% of a propylene random copolymer (rPP) comprising propylene and at least one comonomer being ethylene and/or a C 4 -C 8 α-olefin, said propylene random copolymer (rPP) having a melt flow rate MFR 2 determined according to ISO 1133 at 230 °C and a load of 2.16 kg in the range of 0.05 to 1.0 g/10 min, and ii) 0.1 to 20.0 wt.-% of a polyethylene (PE) having a density equal or below 940 kg/m 3 , based on the overall weight of the polypropylene composition (C). i) 80.0 to 99.9 wt.-% of a propylene random copolymer (rPP) comprising propylene and at least one comonomer being ethylene and/or a C 4 -C 8 α-olefin, said propylene random copolymer (rPP) having a melt flow rate MFR 2 determined according to ISO 1133 at 230 °C and a load of 2.16 kg in the range of 0.05 to 1.0 g/10 min, and ii) 0.1 to 20.0 wt.-% of a polyethylene (PE) having a density equal or below 940 kg/m 3 , based on the overall weight of the polypropylene composition (C).
An uplink signal transmission method, implemented by a terminal, comprising: receiving (S202) signal sending indication information from an access network device, wherein the signal sending indication information instructs the terminal to send a physical uplink shared channel, PUSCH, in a symbol that is comprised in a second symbol set of an uplink subframe; wherein the signal sending indication information is sent through a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, by the access network device, and sending (S203) the PUSCH in the uplink subframe in an unlicensed spectrum based on the signal sending indication information; wherein the signal sending indication information is used to determine the symbol comprised in the second symbol set; wherein the second symbol set is one of candidate symbol sets comprised in a candidate symbol set group, and the candidate symbol set group comprises the following candidate symbol sets: the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe. receiving (S202) signal sending indication information from an access network device, wherein the signal sending indication information instructs the terminal to send a physical uplink shared channel, PUSCH, in a symbol that is comprised in a second symbol set of an uplink subframe; wherein the signal sending indication information is sent through a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, by the access network device, and sending (S203) the PUSCH in the uplink subframe in an unlicensed spectrum based on the signal sending indication information; wherein the signal sending indication information is used to determine the symbol comprised in the second symbol set; wherein the second symbol set is one of candidate symbol sets comprised in a candidate symbol set group, and the candidate symbol set group comprises the following candidate symbol sets: the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe. the second symbol to the penultimate symbol of the uplink subframe; the first symbol to the penultimate symbol of the uplink subframe; the second symbol to the last symbol of the uplink subframe; and all symbols of the uplink subframe.
A transmission device comprising: at least one transceiver that facilitates modulation of data to generate a plurality of first electromagnetic waves; and a plurality of couplers that facilitates coupling at least a portion of the plurality of first electromagnetic waves to a transmission medium , wherein the plurality of couplers is configured to generate a plurality of second electromagnetic waves that propagate along an outer surface of the transmission medium via differing ones of a plurality of guided wave modes (M21, M21') of a mode division multiplexing scheme used to convey the data, wherein the plurality of couplers are arranged at a corresponding plurality of azimuthal orientations about the transmission medium , and wherein a first guided wave mode of the plurality of guided wave modes is a non-fundamental first-order dipole mode having a first electromagnetic field pattern and wherein a second guided wave mode of the plurality of guided wave modes is another non-fundamental first-order dipole mode having a second electromagnetic field pattern with an azimuthal orientation that deviates from an azimuthal orientation of the first electromagnetic field pattern. at least one transceiver that facilitates modulation of data to generate a plurality of first electromagnetic waves; and a plurality of couplers that facilitates coupling at least a portion of the plurality of first electromagnetic waves to a transmission medium , wherein the plurality of couplers is configured to generate a plurality of second electromagnetic waves that propagate along an outer surface of the transmission medium via differing ones of a plurality of guided wave modes (M21, M21') of a mode division multiplexing scheme used to convey the data, wherein the plurality of couplers are arranged at a corresponding plurality of azimuthal orientations about the transmission medium , and wherein a first guided wave mode of the plurality of guided wave modes is a non-fundamental first-order dipole mode having a first electromagnetic field pattern and wherein a second guided wave mode of the plurality of guided wave modes is another non-fundamental first-order dipole mode having a second electromagnetic field pattern with an azimuthal orientation that deviates from an azimuthal orientation of the first electromagnetic field pattern.
A method for applying a coating or ink composition on a nonporous substrate comprising a first and a second surface, the method comprising: applying said composition onto the first surface of said nonporous substrate to form a substrate having an applied first surface onto which the composition is applied and a non-applied second surface onto which the composition is not applied; exposing said applied first surface of said nonporous substrate to UV or LED radiation one or more times; and exposing the non-applied second surface of said nonporous substrate to UV or LED radiation one or more times, wherein said nonporous substrate is unprimed or non-chemically treated. applying said composition onto the first surface of said nonporous substrate to form a substrate having an applied first surface onto which the composition is applied and a non-applied second surface onto which the composition is not applied; exposing said applied first surface of said nonporous substrate to UV or LED radiation one or more times; and exposing the non-applied second surface of said nonporous substrate to UV or LED radiation one or more times, wherein said nonporous substrate is unprimed or non-chemically treated.
A rotating-drum type magnetic separator which includes a rotating drum on which a plurality of magnets are disposed and which separates unnecessary matters in treated coolant liquid, wherein a slit-like opening is provided below the rotating drum , said magnetic separator being characterized by comprising a device for suppressing slit clogging , wherein the device for suppressing slit clogging comprises a slit cleaning member , a portion of which being inserted into the opening , said slit cleaning member being arranged so as to be movable along a longitudinal direction of the opening .
Refrigeration appliance , having an ice dispenser or a water dispenser , wherein a water guide surface is associated with the ice dispenser or the water dispenser , wherein the water guide surface is embodied to guide melt water or drip water into a collecting trough of the ice dispenser or of the water dispenser , that the collecting trough is associated with a cover , wherein the water guide surface has a slope which leads to the collecting trough and which has a positive incline in the refrigeration appliance depth direction (Y), and wherein the cover is embodied as a second water guide surface, characterised in that the cover dispenses with openings to drain off melt water or drip water, that a gap is formed between the water guide surface and the cover for the passage of melt water or drip water, and that the second water guide surface has a slope which leads to the collecting trough and which has a negative incline in the refrigeration appliance depth direction (Y).
A process for deactivation of an olefin oligomerization catalyst, the process comprising: contacting a catalyst composition comprising a chromium source, a heteroatomic multidentate ligand, an activator and a modifier with a catalyst quenching medium comprising an alcohol having at least 6 carbon atoms, an organic amine, an amino alcohol, or a combination comprising at least one of the foregoing, to form a deactivated catalyst composition, wherein the catalyst quenching medium is present in a molar ratio of catalyst quenching medium to total moles of the chromium source and the activator of at least 100:1; and recovering excess catalyst quenching medium; wherein the modifier is an ammonium or phosphonium salt of the type (H 4 E)X, (H 3 ER)X, (H 2 ER 2 )X, (HER 3 )X, or (ER 4 )X wherein E is N or P, X is CI, Br, or I, and each R is independently a C 1 -C 22 hydrocarbyl, preferably a substituted or unsubstituted C 1 -C 16 -alkyl, C 2 -C 16 -acyl, or substituted or unsubstituted C 6 -C 20 -aryl.
A method for operating an autonomous aircraft , characterised by : controlling , via a processor of the autonomous aircraft, motors of the autonomous aircraft to cause the autonomous aircraft to execute an airborne near-flight testing maneuver within a testing area; obtaining , via the processor, data indicating performance information while executing the near-flight testing maneuver; and taking , via the processor, an action responsive to the obtained data, wherein the autonomous aircraft is configured to carry a payload; and taking the action responsive to the obtained data comprises controlling, via the processor, a payload mechanism to adjust a position of the payload based on the obtained data; and wherein controlling, via the processor, the payload mechanism to adjust the position of the payload based on the obtained data comprises sending, via the processor, a signal to a component of the autonomous aircraft to move the payload. controlling , via a processor of the autonomous aircraft, motors of the autonomous aircraft to cause the autonomous aircraft to execute an airborne near-flight testing maneuver within a testing area; obtaining , via the processor, data indicating performance information while executing the near-flight testing maneuver; and taking , via the processor, an action responsive to the obtained data, wherein the autonomous aircraft is configured to carry a payload; and taking the action responsive to the obtained data comprises controlling, via the processor, a payload mechanism to adjust a position of the payload based on the obtained data; and wherein controlling, via the processor, the payload mechanism to adjust the position of the payload based on the obtained data comprises sending, via the processor, a signal to a component of the autonomous aircraft to move the payload.
A service provider, SP, cloud rendezvous point, CRP-SP, in a fixed cloud rendezvous point, CRP, hierarchy, the CRP-SP comprising: a memory comprising a cloudcasting information base,CCIB, wherein cloudcasting is a network routing and forwarding technology which enables the implementation of geographically diverse virtual networks, and wherein the CCIB is configured to maintain a table of all VXNs the CRP is aware of and addresses needed to reach every VXN; a receiver configured to receive a Register request from a first site CRP (CRP Site) in an SP network, the Register request indicating a first portion of a virtual extensible network (VXN) is reachable by the SP network at the first CRP Site; a processor coupled to the receiver and the memory , the processor configured to query the CCIB to determine that a second portion of the VXN is reachable by the SP network at a second CRP Site; and a transmitter coupled to the processor and configured to transmit Report messages to both the first CRP Site and the second CRP Site, the Report messages indicating the VXN is reachable at both the first CRP Site and the second CRP Site. a memory comprising a cloudcasting information base,CCIB, wherein cloudcasting is a network routing and forwarding technology which enables the implementation of geographically diverse virtual networks, and wherein the CCIB is configured to maintain a table of all VXNs the CRP is aware of and addresses needed to reach every VXN; a receiver configured to receive a Register request from a first site CRP (CRP Site) in an SP network, the Register request indicating a first portion of a virtual extensible network (VXN) is reachable by the SP network at the first CRP Site; a processor coupled to the receiver and the memory , the processor configured to query the CCIB to determine that a second portion of the VXN is reachable by the SP network at a second CRP Site; and a transmitter coupled to the processor and configured to transmit Report messages to both the first CRP Site and the second CRP Site, the Report messages indicating the VXN is reachable at both the first CRP Site and the second CRP Site.
Security element with an optically variable structure which has an embossed structure and a coating, wherein the embossed structure and the coating are combined in such a way that at least parts of the coating are completely visible when viewed vertically but are hidden when viewed obliquely, so that different information becomes visible as the viewing direction is changed, wherein the embossed structure comprises a first embossed element having an embossing depth (d 1 ', t 1 ') of more than 30 μm and second embossed elements having an embossing depth (d 2 ', t 2 ') of more than 10 μm, wherein the second embossed elements are arranged within the first embossed elements and overlap the latter, wherein the security element consists of a substrate made of paper or cardboard and the embossed structure is embossed into the substrate , characterized in that the first embossed element is at least three times larger than the second embossed elements , both in the lateral and vertical dimension.
A method of receiving, storing and picking articles comprising the following steps in order: - receiving items at a receiving station , - transfer of a first article to an upstream lift , then to a first horizontal conveyor on which at least one second article is previously stored, said first conveyor being capable of transferring articles from said upstream lift to a downstream lift , - transferring said at least one second item to said downstream lift , then to a second horizontal conveyor located above or below said first conveyor and capable of transferring items from said downstream lift to said upstream lift , - transferring said first item to said downstream lift , then to a picking station , characterized in that at least two articles have different dimensions, said method comprising a step of measuring at least one dimension of all or some of the articles , a controller taking this measurement into account in order to determine during the transfer step from the receiving station to a conveyor the space allocated to each article measured on said conveyor to which it is transferred. - receiving items at a receiving station , - transfer of a first article to an upstream lift , then to a first horizontal conveyor on which at least one second article is previously stored, said first conveyor being capable of transferring articles from said upstream lift to a downstream lift , - transferring said at least one second item to said downstream lift , then to a second horizontal conveyor located above or below said first conveyor and capable of transferring items from said downstream lift to said upstream lift , - transferring said first item to said downstream lift , then to a picking station ,
Apparatus for decorating frozen confectionery on sticks, the apparatus comprising: - a coating station for applying coating material onto the frozen confectionery , - a particle dispensing station for applying particles onto the coated frozen confectionery , - a conveyor for moving the frozen confectionery past the coating station and the particle dispensing station , the conveyor comprising gripping means arranged on the conveyor and having a product attached position and an opened position for gripping and releasing the stick of the frozen confectionery , and the conveyor comprising guides for moving the gripping means with the frozen confectionery between a vertical position and a horizontal position, and wherein the apparatus further comprises - a heating station installed at a position between the coating station and the particle dispensing station , and wherein the gripping means are arranged to hold the frozen confectionery in the horizontal position when passing the heating station and the particle dispensing station , and - coating removal means for removing coating material on one side of the frozen confectionery , which coating removal means are at a position after the coating station in the direction of the movement of the conveyor and before the particle dispensing station , wherein the coating removal means comprises airflow means adapted to partially remove coating material from one side of the frozen confectionery . - a coating station for applying coating material onto the frozen confectionery , - a particle dispensing station for applying particles onto the coated frozen confectionery , - a conveyor for moving the frozen confectionery past the coating station and the particle dispensing station , the conveyor comprising gripping means arranged on the conveyor and having a product attached position and an opened position for gripping and releasing the stick of the frozen confectionery , and the conveyor comprising guides for moving the gripping means with the frozen confectionery between a vertical position and a horizontal position, and wherein the apparatus further comprises - a heating station installed at a position between the coating station and the particle dispensing station , and wherein the gripping means are arranged to hold the frozen confectionery in the horizontal position when passing the heating station and the particle dispensing station , and - coating removal means for removing coating material on one side of the frozen confectionery , which coating removal means are at a position after the coating station in the direction of the movement of the conveyor and before the particle dispensing station , wherein the coating removal means comprises airflow means adapted to partially remove coating material from one side of the frozen confectionery .