mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission method for transmitting encoded data obtained by hierarchically encoding a video image, the transmission method comprising: a generating step (S11) of generating an encoded stream including a plurality of packets which are obtained by packetizing the encoded data, said plurality of packets including at least a first packet containing data of a first layer level and a second packet containing data of a second layer level different from the first layer level, wherein a packet ID and a first layer level ID have been allocated to packets containing encoded data of the first layer level and the packet ID and a second layer level ID have been allocated to packets containing encoded data of the second layer level, the first layer level ID being different from the packet ID and indicating a layer level of the encoded data, the second layer level ID being different from the first layer level ID, and generating information indicating an association relationship between the packet IDs and the layer levels; and a transmitting step (S12) of transmitting the generated encoded stream and the generated information indicating the association relationship, wherein among said plurality of packets , a packet storing common data which is common to said plurality of packets has been allocated with a layer level ID which is different from the first layer level ID and the second layer level ID. a generating step (S11) of generating an encoded stream including a plurality of packets which are obtained by packetizing the encoded data, said plurality of packets including at least a first packet containing data of a first layer level and a second packet containing data of a second layer level different from the first layer level, wherein a packet ID and a first layer level ID have been allocated to packets containing encoded data of the first layer level and the packet ID and a second layer level ID have been allocated to packets containing encoded data of the second layer level, the first layer level ID being different from the packet ID and indicating a layer level of the encoded data, the second layer level ID being different from the first layer level ID, and generating information indicating an association relationship between the packet IDs and the layer levels; and a transmitting step (S12) of transmitting the generated encoded stream and the generated information indicating the association relationship, wherein among said plurality of packets , a packet storing common data which is common to said plurality of packets has been allocated with a layer level ID which is different from the first layer level ID and the second layer level ID.
An elevator safety system comprising: a plurality of door safety units , wherein each door safety unit is configured to monitor at least one door of an elevator system ; an elevator control unit , which is configured to control the elevator system , in particular to control movement of an elevator car of the elevator system ; a communication bus , which is configured for transmitting information between the plurality of door safety units and the elevator control unit ; and a signal line serially connecting the elevator control unit and the plurality of door safety units ; wherein each of the plurality of door safety units is configured to selectively interrupt the signal line ; characterized in that the elevator control unit is configured to periodically request each of the plurality of door safety units to transmit information via the communication bus or wherein the door safety units are configured to periodically transmit information via the communication bus ; and in that the elevator control unit is configured for detecting a malfunction of the communication bus and/or the respective door safety unit in case a door safety unit does not send a message via the communication bus for more than a predetermined period of time. a plurality of door safety units , wherein each door safety unit is configured to monitor at least one door of an elevator system ; an elevator control unit , which is configured to control the elevator system , in particular to control movement of an elevator car of the elevator system ; a communication bus , which is configured for transmitting information between the plurality of door safety units and the elevator control unit ; and a signal line serially connecting the elevator control unit and the plurality of door safety units ; wherein each of the plurality of door safety units is configured to selectively interrupt the signal line ; characterized in that the elevator control unit is configured to periodically request each of the plurality of door safety units to transmit information via the communication bus or wherein the door safety units are configured to periodically transmit information via the communication bus ; and in that the elevator control unit is configured for detecting a malfunction of the communication bus and/or the respective door safety unit in case a door safety unit does not send a message via the communication bus for more than a predetermined period of time.
A blower comprising: a blower unit that is provided with an airflow opening on a front side thereof and in which a grill is provided in the airflow opening ; and a support unit that supports the blower unit , wherein the grill is provided with a plurality of airflow guide blades in a spiral manner, inner end portions thereof closer to a center (O) of the spiral of the plurality of airflow guide blades being protruded from outer end portions thereof in an airflow direction , and wherein the blower unit has a cover for forming an outer panel thereof, and a hollow circular cylindrical airflow tunnel provided inside the cover , characterized in that the cover including the grill has a spherical shape. a blower unit that is provided with an airflow opening on a front side thereof and in which a grill is provided in the airflow opening ; and a support unit that supports the blower unit , wherein the grill is provided with a plurality of airflow guide blades in a spiral manner, inner end portions thereof closer to a center (O) of the spiral of the plurality of airflow guide blades being protruded from outer end portions thereof in an airflow direction , and wherein the blower unit has a cover for forming an outer panel thereof, and a hollow circular cylindrical airflow tunnel provided inside the cover , characterized in that the cover including the grill has a spherical shape.
A device for aligning an X-ray grating to an X-ray radiation source, the device comprising - at least two flat X-ray grating segments (11-19); - at least one alignment unit (31-39) for aligning one of the at least two flat X-ray grating segments; wherein the at least two flat X-ray grating segments (11-19) are arranged in juxtaposition and are forming an X-ray grating ; wherein the at least two flat X-ray grating segments (11-19) each comprise a grating surface (41-49) for X-ray radiation, each grating surface (41-49) comprising a geometrical center; wherein normals (21-29) to each of the grating surfaces (41-49) define a common plane , wherein the normals (21-29) intersect the geometrical center of the grating surface (41-49); wherein at least a first of the at least two flat X-ray grating segments (11-19) is rotatable around an axis (131-139)that is perpendicular to the common plane ; and wherein the first of the at least two flat X-ray grating segments (11-19) is connected to a first of the at least one alignment unit (31-39). - at least two flat X-ray grating segments (11-19); - at least one alignment unit (31-39) for aligning one of the at least two flat X-ray grating segments; wherein the at least two flat X-ray grating segments (11-19) are arranged in juxtaposition and are forming an X-ray grating ; wherein the at least two flat X-ray grating segments (11-19) each comprise a grating surface (41-49) for X-ray radiation, each grating surface (41-49) comprising a geometrical center; wherein normals (21-29) to each of the grating surfaces (41-49) define a common plane , wherein the normals (21-29) intersect the geometrical center of the grating surface (41-49); wherein at least a first of the at least two flat X-ray grating segments (11-19) is rotatable around an axis (131-139)that is perpendicular to the common plane ; and wherein the first of the at least two flat X-ray grating segments (11-19) is connected to a first of the at least one alignment unit (31-39).
A method of at least partly removing at least one micropollutant from wastewater comprising carbogenous compounds and at least one micropollutant, the method comprising the steps of: (a) dividing the wastewater into a main stream and a side stream ; (b) treating main stream with bacteria to reduce the content of carbogenous compounds to provide depleted wastewater comprising at least one micropollutant; (c) treating the depleted wastewater with a second portion of microorganisms , having the ability of degrading the at least one micropollutant, to, at least partly, remove the at least one micropollutant thereby providing treated water , wherein the second portion of microorganisms have been enriched by feeding the side stream to it before using the second portion of microorganisms in treating the depleted wastewater ; (d) feeding a first portion of microorganisms , having the ability of degrading the at least one micropollutant, with the side stream , to enrich them for subsequent use in treating the depleted wastewater to at least partly remove the at least one micropollutant; and wherein the biochemical oxygen demand (BOD) of the side stream wastewater is higher than 100 gO 2 /m 3 /5d and the depleted wastewater has a biochemical oxygen demand (BOD) of 0 to 50 gO 2 /m 3 /5d. (a) dividing the wastewater into a main stream and a side stream ; (b) treating main stream with bacteria to reduce the content of carbogenous compounds to provide depleted wastewater comprising at least one micropollutant; (c) treating the depleted wastewater with a second portion of microorganisms , having the ability of degrading the at least one micropollutant, to, at least partly, remove the at least one micropollutant thereby providing treated water , wherein the second portion of microorganisms have been enriched by feeding the side stream to it before using the second portion of microorganisms in treating the depleted wastewater ; (d) feeding a first portion of microorganisms , having the ability of degrading the at least one micropollutant, with the side stream , to enrich them for subsequent use in treating the depleted wastewater to at least partly remove the at least one micropollutant; and wherein the biochemical oxygen demand (BOD) of the side stream wastewater is higher than 100 gO 2 /m 3 /5d and the depleted wastewater has a biochemical oxygen demand (BOD) of 0 to 50 gO 2 /m 3 /5d.
A compound being a RXR agonist for use in combination with a thyroid hormone in a method of treating an autoimmune disease, wherein the RXR agonist has the structure of Formula II wherein R is H or alkyl of 1 to 6 carbons; wherein administration of the RXR agonist and the thyroid hormone treats the autoimmune disease in the individual more effectively than either the RXR agonist or the thyroid hormone alone, wherein the autoimmune disease is an arthritis, an allergy, asthma, a gastrointestinal disorder, or a skin disorder.
Wiper-blade device having at least one wiper strip and having at least one fluid-dispensing unit , which has at least one first fluid-outlet opening and at least one second fluid-outlet opening , which are arranged on different sides of the wiper strip in relation to a wiping direction , wherein the first fluid-outlet opening is arranged offset from the second fluid-outlet opening along the wiper strip and the fluid-dispensing unit has a multiplicity of first fluid-outlet openings and a multiplicity of second fluid-outlet openings , which are arranged offset from the first fluid outlet openings along the wiper strip , characterized in that a distance between directly adjacent first fluid-outlet openings and between directly adjacent second fluid-outlet openings along the wiper strip is inhomogeneous, wherein the distance between directly adjacent first fluid-outlet openings and between directly adjacent second fluid-outlet openings increases or decreases in the direction of an end region of the wiper strip , wherein a number of first fluid-outlet openings is equal to a number of second fluid-outlet openings .
A method for evaluating user perception performed by a system, comprising: acquiring (S102) a perception evaluation result of each service among multiple services used by a user ; allocating (S104) a corresponding service weight value to each service according to service parameter information of each service used by the user, wherein the service weight value refers to a ratio of each service to the multiple services ; and generating (S106) an overall perception evaluation result of the multiple services used by the user according to all perception evaluation results and corresponding service weight values. acquiring (S102) a perception evaluation result of each service among multiple services used by a user ; allocating (S104) a corresponding service weight value to each service according to service parameter information of each service used by the user, wherein the service weight value refers to a ratio of each service to the multiple services ; and generating (S106) an overall perception evaluation result of the multiple services used by the user according to all perception evaluation results and corresponding service weight values.
An immunodeficient non-obese diabetic (NOD) mouse homozygous for scid mutation and having an IL-2 receptor gamma chain deficiency, wherein the mouse is genetically modified to lack functional major histocompatibility complex I (MHC I) and functional major histocompatibility complex II (MHC II), wherein the mouse is a NOD.Cg- Prkdc scid H2-K1 tm1Bpe H2-Ab1 em1Mvw H2-D1 tm1Bpe Il2rg tm1Wjl /SzJ (NSG- (K b D b ) null ( IA null )) mouse.
A method for determining a division of a total insulation resistance (R iso ) in an ungrounded single-phase or multiphase AC power supply system comprising active conductors (L x ) between each of which a conductor-conductor voltage (U ac , U acxy ) occurs, the method comprising the method steps of: - determining the total insulation resistance (R iso ) of the ungrounded single-phase or multiphase AC power supply system , - measuring displacement voltages (U Lx_E ) between each of the active conductors (L x ) of the ungrounded single-phase or multiphase AC power supply system and ground (E), - determining a resistance division factor (r R ), which describes the division of the total insulation resistance (R iso ) into partial insulation resistances (R isox ) related to the active conductors (L x ), as a function of at least one of the parameters amplitude, frequency, phase of the displacement voltages (U Lx_E ) measured , the resistance division factor (r R ) being determined from the relation of the amplitudes of the displacement voltages (U Lx_E ) in an ungrounded single-phase or multi-phase AC power supply system , taking into account the frequency and the phasing of the displacement voltages (U Lx_E ). - determining the total insulation resistance (R iso ) of the ungrounded single-phase or multiphase AC power supply system , - measuring displacement voltages (U Lx_E ) between each of the active conductors (L x ) of the ungrounded single-phase or multiphase AC power supply system and ground (E), - determining a resistance division factor (r R ), which describes the division of the total insulation resistance (R iso ) into partial insulation resistances (R isox ) related to the active conductors (L x ), as a function of at least one of the parameters amplitude, frequency, phase of the displacement voltages (U Lx_E ) measured ,
A retractor comprising an outer tube , in the form of a torus segment, with a concave surface that faces towards the center of a surrounded space, said concave surface comprising at least one motion channel formed on said concave surface, an inner tube in the form of a torus-segment movably and telescopically placed in an inner part of the outer tube , such that said inner tube and said outer tube define said surrounded space, a plurality of tissue pushers hung to the motion channel and which are constituted in a manner that they can move along the outer tube , said retractor being adapted to be used at open heart surgeries to make the mitral and tricuspid valves apparent during the surgical operation, said retractor being characterized in that it further comprises: - a plurality of adjustment holes formed on said surface of the inner tube that faces toward the center of the surrounded space, - holders fixed to each end of the outer tube by connection rings (122.1), wherein said holders are attached to the adjustment holes of said inner tube by pins . - a plurality of adjustment holes formed on said surface of the inner tube that faces toward the center of the surrounded space, - holders fixed to each end of the outer tube by connection rings (122.1), wherein said holders are attached to the adjustment holes of said inner tube by pins .
Use of a composition in improving skin condition, comprising: a fermented pearl product prepared by adding pearl powders in an amount ranging from 0.05% to 20% (w/v) and performing after-fermentation with fermented apple vinegar at 20°C to 40°C for 3 to 7 days, wherein the skin condition to be improved is an improvement in skin regeneration, skin whitening, skin moisturizing, skin elasticity, skin aging, or wrinkle.
A method of determining whether to treat a patient having cancer with Compound 1 and/or tautomers thereof or a pharmaceutically acceptable salt or hydrate thereof comprising: determining a TP53 mutation status and a hypermutation status from one or more samples from the patient, and determining to treat the patient with a therapeutically effective amount of Compound 1 and/or tautomers thereof or a pharmaceutically acceptable salt or hydrate thereof if the one or more samples (i) have the presence of TP53 mutation(s) and (ii) test negative for hypermutation. determining a TP53 mutation status and a hypermutation status from one or more samples from the patient, and determining to treat the patient with a therapeutically effective amount of Compound 1 and/or tautomers thereof or a pharmaceutically acceptable salt or hydrate thereof if the one or more samples (i) have the presence of TP53 mutation(s) and (ii) test negative for hypermutation.
A human beta cell that expresses or overexpresses a human fugetactic agent in an amount sufficient to render said beta cell resistant to human immune cells, wherein said beta cell is capable of expressing insulin and incapable of cell division.
A compound of formula II: or a pharmaceutically acceptable salt or solvate thereof, wherein: X at each occurrence is a chlorine; Y is O; m is an integer selected from 1 to 10; and R is a moiety of a biologically active molecule, or a functional group that can react with a biologically active molecule to form a covalent bond. X at each occurrence is a chlorine; Y is O; m is an integer selected from 1 to 10; and R is a moiety of a biologically active molecule, or a functional group that can react with a biologically active molecule to form a covalent bond.
A computer-implemented method comprising: maintaining , by a first network node, channel membership data that includes data indicating, for each channel of a plurality of channels, leaf node membership for a plurality of channels; and for each channel of the plurality of channels: determining , based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating , based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting , by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload. maintaining , by a first network node, channel membership data that includes data indicating, for each channel of a plurality of channels, leaf node membership for a plurality of channels; and for each channel of the plurality of channels: determining , based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating , based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting , by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload. determining , based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating , based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting , by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload.
A method of melting glass and glass-ceramics, comprising: conveying a batch of raw materials into a submerged combustion melting apparatus, the melting apparatus having liquid-cooled walls and a floor; directing a flame into the batch of raw materials with sufficient energy to form the raw materials into a melted batch; cooling by water-cooling elements the submerged combustion melting apparatus such that the melted batch is cooled such that a skull layer is formed in contact with the walls and the floor of the submerged combustion melting apparatus, wherein the skull layer has a thickness from about 2.54 to about 127 mm; and heating a delivery orifice assembly within the floor of the submerged melting apparatus to convey the melted batch through the orifice assembly. conveying a batch of raw materials into a submerged combustion melting apparatus, the melting apparatus having liquid-cooled walls and a floor; directing a flame into the batch of raw materials with sufficient energy to form the raw materials into a melted batch; cooling by water-cooling elements the submerged combustion melting apparatus such that the melted batch is cooled such that a skull layer is formed in contact with the walls and the floor of the submerged combustion melting apparatus, wherein the skull layer has a thickness from about 2.54 to about 127 mm; and heating a delivery orifice assembly within the floor of the submerged melting apparatus to convey the melted batch through the orifice assembly.