mhurhangee/patent-ind-claim-en huggingface dataset:
A method for storing a code block, CB, comprising: when failing to decode a CB sent by a base station, storing (S502), by a terminal device, combined bit information of the CB in a buffer from a starting bit position of a Redundancy Version (RV) with a minimum index among received RVs corresponding to the CB, according to a bit position sequence in a rate matching at the base station; wherein there are four RVs which are defined for Hybrid Automatic Repeat request, HARQ, in a Long Term Evolution, LTE. when failing to decode a CB sent by a base station, storing (S502), by a terminal device, combined bit information of the CB in a buffer from a starting bit position of a Redundancy Version (RV) with a minimum index among received RVs corresponding to the CB, according to a bit position sequence in a rate matching at the base station; wherein there are four RVs which are defined for Hybrid Automatic Repeat request, HARQ, in a Long Term Evolution, LTE.
A composite pyrotechnic product containing organic energetic charges in a plasticized binder, comprising a cross-linked energetic polymer and at least one energetic plasticizer, said cross-linked energetic polymer consisting of a polyglycidyl azide (PGA), having a number-average molecular weight (Mn) of between 700 and 3000 g/mol, obtained by crosslinking, via its hydroxyl terminal functions, with at least one crosslinking agent of polyisocyanate type, in the presence of 150 ppm to 400 ppm of at least one crosslinking catalyst, the organic energetic charges representing from 50 to 70% by weight of the composition of the composite pyrotechnic product.
Method for determining measuring points in low-voltage networks having the following method steps repeated at periodic time intervals: - in a database measured values, together with time information, are acquired by measuring devices (MG1, MG2, ..., MG n) present in the low-voltage network; - different load scenarios are determined from the acquired data with the aid of self-learnt algorithms in each case; - measuring devices (MG1, MG2, ... MG n) with particularly meaningful measured values are determined relating to the determined, in each case different load scenarios and these measuring devices (MG1, MG2, ... MG n) are defined as measuring points (MS1, MS 2, ... MS k) for the determined, in each case different load scenarios, wherein on the basis of the measured values acquired in the database, nodes in the low-voltage network are determined as measuring points (MS1, MS2, ..., MS k), said nodes having above-average high and/or low current and/or voltage measured values with a corresponding frequency. - in a database measured values, together with time information, are acquired by measuring devices (MG1, MG2, ..., MG n) present in the low-voltage network; - different load scenarios are determined from the acquired data with the aid of self-learnt algorithms in each case; - measuring devices (MG1, MG2, ... MG n) with particularly meaningful measured values are determined relating to the determined, in each case different load scenarios and these measuring devices (MG1, MG2, ... MG n) are defined as measuring points (MS1, MS 2, ... MS k) for the determined, in each case different load scenarios, wherein on the basis of the measured values acquired in the database, nodes in the low-voltage network are determined as measuring points (MS1, MS2, ..., MS k), said nodes having above-average high and/or low current and/or voltage measured values with a corresponding frequency.
A polymeric tackifier having a number average molar mass (M n ) of from 200 to 1,500 g/mol comprising a phenol compound, a linker group L and end group E, said low molar mass polymer tackifier having the structure as presented in formula 1 below: wherein the linker group L has the meaning of each end group E has the meaning of H or is a group of formula 2 with only one bond to a phenol compound in formula 1 or has the meaning of and wherein. R 1 is H, C 1-15 alkyl, or C 1-15 oxyalkyl, R 2 and R 4 are independently from each other H or C 1-5 alkyl, R 3 is H, OH, NO 2 , halogen, C 1-5 alkyl or C 1-5 oxyalkyl, R 15 and R 17 are independently from each other H or C 1-5 alkyl, preferably -CH 3 , m is an integer from 1 to 7 and n is an integer of from 2 to 21. wherein the linker group L has the meaning of each end group E has the meaning of H or is a group of formula 2 with only one bond to a phenol compound in formula 1 or has the meaning of and wherein. R 1 is H, C 1-15 alkyl, or C 1-15 oxyalkyl, R 2 and R 4 are independently from each other H or C 1-5 alkyl, R 3 is H, OH, NO 2 , halogen, C 1-5 alkyl or C 1-5 oxyalkyl, R 15 and R 17 are independently from each other H or C 1-5 alkyl, preferably -CH 3 , m is an integer from 1 to 7 and n is an integer of from 2 to 21.
Vehicle including a dashboard , and a kit of accessories for said dashboard , wherein the dashboard has a main wall which has holes provided for receiving coupling pins of a plurality of accessories of the dashboard , so that the dashboard can be configured by the end user by arranging one or more accessories in positions on the dashboard which can be selected as desired, said vehicle being characterized in that : - said main wall defines a support surface which is substantially planar and horizontal, said surface extending, at its front side and at its two lateral sides, into a surface which progressively climbs upwardly. - said holes form ordered and substantially uniform arrays of holes arranged on said support surface and said upwardly climbing surface , - at least at some specific areas of the dashboard , the ordered arrays of holes include sub-groups of holes arranged according to predetermined patterns, - one or more of said accessories have pins arranged according to said predetermined patterns, so that said accessories can be positioned as desired in different positions on the dashboard, but always within said specific areas of the dashboard, - the distribution of holes on the dashboard comprises sub-groups of holes in which one or more holes have a different cross-section from the cross-section of the other holes of the same sub-group and in that at least one of said accessories has pins which have the same pattern as that of one or more sub-groups, with one or more pins which have cross-sections corresponding to said different cross-section, so that the accessory must be mounted within determined areas of the dashboard and with a determined orientation. - said main wall defines a support surface which is substantially planar and horizontal, said surface extending, at its front side and at its two lateral sides, into a surface which progressively climbs upwardly. - said holes form ordered and substantially uniform arrays of holes arranged on said support surface and said upwardly climbing surface , - at least at some specific areas of the dashboard , the ordered arrays of holes include sub-groups of holes arranged according to predetermined patterns, - one or more of said accessories have pins arranged according to said predetermined patterns, so that said accessories can be positioned as desired in different positions on the dashboard, but always within said specific areas of the dashboard, - the distribution of holes on the dashboard comprises sub-groups of holes in which one or more holes have a different cross-section from the cross-section of the other holes of the same sub-group and in that at least one of said accessories has pins which have the same pattern as that of one or more sub-groups, with one or more pins which have cross-sections corresponding to said different cross-section, so that the accessory must be mounted within determined areas of the dashboard and with a determined orientation.
An aerosol-generating device comprising: an electric heater for heating an aerosol-forming substrate; at least one power supply ; a haptic feedback device (20; 200) comprising a first electrical coil , a second electrical coil and a magnet configured for movement within the first and second electrical coils (60; 64); and a controller configured to control a supply of electrical energy from the at least one power supply to the electric heater and the haptic feedback device (20; 200), and wherein the controller is configured to alternate the supply of electrical energy from the at least one power supply to the first electrical coil and the second electrical coil to induce a reciprocating movement of the magnet within the first and second electrical coils . an electric heater for heating an aerosol-forming substrate; at least one power supply ; a haptic feedback device (20; 200) comprising a first electrical coil , a second electrical coil and a magnet configured for movement within the first and second electrical coils (60; 64); and a controller configured to control a supply of electrical energy from the at least one power supply to the electric heater and the haptic feedback device (20; 200), and wherein the controller is configured to alternate the supply of electrical energy from the at least one power supply to the first electrical coil and the second electrical coil to induce a reciprocating movement of the magnet within the first and second electrical coils .
An apparatus comprising: a receiver configured to receive a video bitstream; a memory configured to store video data of the video bitstream; and a processor configured to obtain a regional nesting Supplemental Enhancement Information, SEI, message associated with the video bitstream, the regional nesting message including a plurality of nested SEI messages, region data defining at least a first rectangular region and one or more other rectangular regions of a picture of the video bitstream, and for each of the plurality of nested SEI messages an association to one or more of the regions of the picture, wherein each nested SEI message of the regional nesting SEI message includes a set of metadata, and wherein the association of each nested SEI message to one or more regions is provided by a region index syntax element which indicates the regions to which the set of metadata in the corresponding nested SEI message is applied; characterized in that when a sample of the picture belongs to more than one rectangular region of the picture, the set of metadata that is applicable to the sample is the set of metadata associated with the region that includes the sample and that has the largest value of the region index from among the regions that include the sample. a receiver configured to receive a video bitstream; a memory configured to store video data of the video bitstream; and a processor configured to obtain a regional nesting Supplemental Enhancement Information, SEI, message associated with the video bitstream, the regional nesting message including a plurality of nested SEI messages, region data defining at least a first rectangular region and one or more other rectangular regions of a picture of the video bitstream, and for each of the plurality of nested SEI messages an association to one or more of the regions of the picture, wherein each nested SEI message of the regional nesting SEI message includes a set of metadata, and wherein the association of each nested SEI message to one or more regions is provided by a region index syntax element which indicates the regions to which the set of metadata in the corresponding nested SEI message is applied; characterized in that when a sample of the picture belongs to more than one rectangular region of the picture, the set of metadata that is applicable to the sample is the set of metadata associated with the region that includes the sample and that has the largest value of the region index from among the regions that include the sample.
Hydrodynamic sliding bearing having a bearing shell whose inner surface forms a bearing surface for a rotation shaft , wherein the bearing surface has at least two surface portions , which are arranged one behind the other in the circumferential direction of the bearing shell , to form a bearing having a multi-wedge bore, wherein at least one surface portion forms a load segment and at least one surface portion forms a non-load segment , wherein in each case a circle (K1, K2) can be inscribed in the at least two surface portions in an axial section and has a greater radius (R1, R2) than the radius (Rw) of the rotation shaft , and wherein the centre points (M1, M2) of the at least two inscribable circles (K1, K2) each have an eccentricity (e1, e2) with respect to the centre point (M) of the bearing shell , wherein the centre points (M1, M2) of the circles (K1, K2) which can be inscribed in the at least two surface portions are arranged in an offset plane running through the centre point (M) of the bearing shell , and the respective eccentricity (e1, e2) corresponds to the distance of the centre point (M1, M2) of the inscribable circle (K1, K2) from the centre point (M) of the bearing shell in the offset plane ; the at least two surface portions adjoin an offset arranged between them, and two offsets arranged between surface portions are arranged diametrically opposite one another in an offset point plane running through the centre point (M) of the bearing shell , wherein the offset point plane is arranged at an offset angle (γ) to the offset plane , wherein the offset angle (γ) is between 0° and 40°, wherein a virtual parting line plane is arranged pivoted with respect to the offset point plane at a parting line angle (θ), characterized in that the eccentricity (e2) of the load segment is greater than the eccentricity (e1) of the non-load segment .
A method of providing a pressure test on a tube to identify leakage; wherein said tube is a tube end connected to a bearing support and a scavenge tube is connected to a portion of a housing , wherein said housing is a turbine intermediate case in a gas turbine engine , and wherein said scavenge tube is in fluid communication with said tube end ; the method including the steps of: (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks , which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet , wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet ; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end , and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time. wherein said tube is a tube end connected to a bearing support and a scavenge tube is connected to a portion of a housing , wherein said housing is a turbine intermediate case in a gas turbine engine , and wherein said scavenge tube is in fluid communication with said tube end ; the method including the steps of: (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks , which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet , wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet ; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end , and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time. (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks , which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet , wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet ; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end , and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time.
A risk address identification method, comprising: acquiring (S102) an address word sequence corresponding to an input address; determining (SI04), in various address words contained in the address word sequence, an address word matching a risk word corresponding to each risk address; generating (S106) an observation sequence corresponding to the address word sequence according to the determined address word; processing (S108) the observation sequence using a hidden Markov model obtained based on semantics learning using associated words before and after the determined address word, to obtain a decision vector, wherein the decision vector represents probabilities of the risk address being matched with the various address words contained in the address word sequence; and identifying (S110) whether the input address is a risk address by making a classification decision on the decision vector. acquiring (S102) an address word sequence corresponding to an input address; determining (SI04), in various address words contained in the address word sequence, an address word matching a risk word corresponding to each risk address; generating (S106) an observation sequence corresponding to the address word sequence according to the determined address word; processing (S108) the observation sequence using a hidden Markov model obtained based on semantics learning using associated words before and after the determined address word, to obtain a decision vector, wherein the decision vector represents probabilities of the risk address being matched with the various address words contained in the address word sequence; and identifying (S110) whether the input address is a risk address by making a classification decision on the decision vector.
A method for manufacturing printed material comprising a step of coating at least black ink for lithographic printing, cyan ink for lithographic printing, magenta ink for lithographic printing, and yellow ink for lithographic printing on a substrate, and wherein the method includes a step of curing by active energy ray irradiation, wherein a difference between the maximum surface tension and the minimum surface tension for each of the inks to be coated on the substrate is at most equal to 3.5 mN/m, determined as described in the description. wherein the method includes a step of curing by active energy ray irradiation, wherein a difference between the maximum surface tension and the minimum surface tension for each of the inks to be coated on the substrate is at most equal to 3.5 mN/m, determined as described in the description.
Mobile transport device for transporting an installation frame and for introducing an installation frame into a shaft, in particular an elevator shaft, comprising - a base frame and - a fixing device which is arranged on the base frame for fixing the base frame to a shaft opening of a shaft wall of the shaft and for preventing the transport device from tilting, characterized by - a bearing frame on which the installation frame can be supported from above, wherein the bearing frame is supported by the base frame and is movably arranged in the horizontal direction relative to the base frame such that, when the base frame is arranged outside of the shaft , the bearing frame can be moved into the shaft from outside the shaft through the shaft opening . - a base frame and - a fixing device which is arranged on the base frame for fixing the base frame to a shaft opening of a shaft wall of the shaft and for preventing the transport device from tilting, - a bearing frame on which the installation frame can be supported from above,
Use of a thermoplastic resin composition containing: a polyolefin resin; a polyamide resin; and a modified elastomer having a reactive group that reacts with the polyamide resin, the thermoplastic resin composition showing non-Newtonian properties in a fluidized state such that when a melt viscosity at a temperature of 200°C and a shear rate of 12.16 sec -1 measured in accordance with JIS K7199; 1999 is defined as V 1 (Pa•s) and a melt viscosity at a temperature of 200°C and a shear rate of 608.0 sec -1 measured in accordance with JIS K7199; 1999 is defined as V 3 (Pa•s), a ratio V 1/ V 3 is 6.5 or more; in a method for producing a molded body including: a molding step in which the thermoplastic resin composition is molded at a shear rate of 80 sec -1 or more; and a standby step in which the thermoplastic resin composition is on standby at a shear rate of 0 sec -1 or more but less than 80 sec -1 after the molding step. a polyolefin resin; a polyamide resin; and a modified elastomer having a reactive group that reacts with the polyamide resin, the thermoplastic resin composition showing non-Newtonian properties in a fluidized state such that when a melt viscosity at a temperature of 200°C and a shear rate of 12.16 sec -1 measured in accordance with JIS K7199; 1999 is defined as V 1 (Pa•s) and a melt viscosity at a temperature of 200°C and a shear rate of 608.0 sec -1 measured in accordance with JIS K7199; 1999 is defined as V 3 (Pa•s), a ratio V 1/ V 3 is 6.5 or more; a molding step in which the thermoplastic resin composition is molded at a shear rate of 80 sec -1 or more; and a standby step in which the thermoplastic resin composition is on standby at a shear rate of 0 sec -1 or more but less than 80 sec -1 after the molding step.