mhurhangee/patent-ind-claim-en huggingface dataset:
A multiple-system rotation sensor comprising: a stator core having S magnetic poles arranged at equal intervals; stator windings wound on the magnetic poles , the stator windings being formed as system windings of systems, the number of the systems being N (N is a natural number equal to or larger than 2); and a rotor core disposed so as to face the stator core and having R magnetic poles , wherein each stator winding is composed of an excitation winding and two phases of output windings , the number S of the magnetic poles of the stator core is, with the number R of the magnetic poles of the rotor core and the number N of the systems for the stator windings , in a relationship of S=nRN (n is a natural number), system windings of each system are wound so as to be divided for every R magnetic poles among the S magnetic poles of the stator core , and a winding arrangement of the system windings of each system is made so as to achieve R-times rotational symmetry about a rotor rotation axis . a stator core having S magnetic poles arranged at equal intervals; stator windings wound on the magnetic poles , the stator windings being formed as system windings of systems, the number of the systems being N (N is a natural number equal to or larger than 2); and a rotor core disposed so as to face the stator core and having R magnetic poles , wherein each stator winding is composed of an excitation winding and two phases of output windings , the number S of the magnetic poles of the stator core is, with the number R of the magnetic poles of the rotor core and the number N of the systems for the stator windings , in a relationship of S=nRN (n is a natural number), system windings of each system are wound so as to be divided for every R magnetic poles among the S magnetic poles of the stator core , and a winding arrangement of the system windings of each system is made so as to achieve R-times rotational symmetry about a rotor rotation axis .
Apron for roller shutter comprising: - a plurality of slats which are hinged in pairs and which comprise a final slat , as well as intermediate slats which extend upstream from the final slat , said final slat comprising a first slat , a second slat and mounting means which are configured to mount the first slat telescopically relative to the second slat , and also air passage means which are configured to ensure the passage of air through the final slat and which the mounting means comprise; - assembly means configured to assemble the slats in pairs and at least in a hinged manner, characterized in that : - the intermediate slats as well as the assembly means are configured to prevent light from passing through the intermediate slats as well as through the assembly means . - a plurality of slats which are hinged in pairs and which comprise a final slat , as well as intermediate slats which extend upstream from the final slat , said final slat comprising a first slat , a second slat and mounting means which are configured to mount the first slat telescopically relative to the second slat , and also air passage means which are configured to ensure the passage of air through the final slat and which the mounting means comprise; - assembly means configured to assemble the slats in pairs and at least in a hinged manner, characterized in that : - the intermediate slats as well as the assembly means are configured to prevent light from passing through the intermediate slats as well as through the assembly means .
A computing node (102-1-102-5, 302, 402, 1200) for a safety relevant system, said node being characterized by comprising : a computing circuit configured to receive each of at least one input-data message that the node is to operate on to perform a redundant task; a list of identifiers of each of the at least one input-data messages; a comparing circuit configured to compare each of the at least one received input-data message to the list of input-data-message identifiers; and an indicator circuit configured, for each of the at least one input-data message that corresponds to a respective input-data-message identifier, to generate a respective portion of a first status message , the respective portion indicating that the input-data message was received, the computing node being configured to compare the first status message to a second status message from another node (102-1-102-5, 302, 402, 1200) to determine whether the computing node has received the same input-data message as the other node. a computing circuit configured to receive each of at least one input-data message that the node is to operate on to perform a redundant task; a list of identifiers of each of the at least one input-data messages; a comparing circuit configured to compare each of the at least one received input-data message to the list of input-data-message identifiers; and an indicator circuit configured, for each of the at least one input-data message that corresponds to a respective input-data-message identifier, to generate a respective portion of a first status message , the respective portion indicating that the input-data message was received, the computing node being configured to compare the first status message to a second status message from another node (102-1-102-5, 302, 402, 1200) to determine whether the computing node has received the same input-data message as the other node.
Container for storing or receiving and/or dispensing rod-shaped products of the tobacco-processing industry, comprising a main body formed from two at least substantially parallel side walls arranged at a distance from one another and two end walls pointing in the conveying direction T or T R respectively, a rear wall and a front wall , and a bottom wall for forming a receiving space for the rod-shaped products , the container being at least partially, preferably substantially completely, formed from an electrically conductive material, the conductive material being a mixture of a base material, namely a plastic, and at least two, in particular exactly two, electrically conductive additives, characterised in that a first electrically conductive additive is an inorganic additive in fibrous form, in particular selected from at least one substance from the group consisting of carbon, stainless steel and non-ferrous metal, carbon fibres being particularly preferred, and a second electrically conductive additive is an intrinsically conductive polymer, in particular a doped intrinsically conductive polymer or an intrinsically dissipative polymer.
Refrigerating device having a door rack , wherein the door rack has a base body and a base frame fixed to the base body , wherein an additional frame is associated with the door rack , wherein the base body has an upper-side opening , and the base frame runs around the upper-side opening on the outside, wherein the additional frame is fixed to the base frame , characterised in that the additional frame runs around the upper-side opening on the inside.
A plastic container with a twist closure of plastic, said plastic container comprising a container body and a container neck which connects thereto and is with a container opening , wherein first threaded sections with first thread lead-ins for a positive fixation of a twist closure are provided on an outer wall of the container neck , said twist closure comprising a cover surface which covers the container opening and a cylindrical skirt which projects from the cover surface and to some extent engages axially over the container neck , and second threaded sections which are able to be brought to mesh with the first threaded sections on the outer wall of the container neck given a screwed-on twist closure are formed on an inner wall of the skirt , wherein the first threaded sections on the outer wall of the container neck comprise at least two first thread lead-ins which are arranged at an angular distance to one another on the circumference of the container neck , wherein a back-twist block which projects beyond the outer wall of the container neck , is designed in a somewhat wedge-like manner in the circumferential direction of the outer wall of the container neck and comprises a stop which projects radially with respect to the outer wall of the container neck is assigned to each first thread lead-in , and wherein the skirt of the twist closure is provided with a tear-off tab , characterised in that the tear-off tab is arranged in a window-like recess of the skirt , said recess being open to a free axial end of the skirt , and via at least one detachable web is connected to a delimitation wall of the recess in the skirt , said delimitation wall running in the circumferential direction, and said tear-off tab being arranged on the periphery of the twist closure in a manner such that given a screwed-on twist closure , a face section of the tear-off tab which projects radially beyond the inner wall of the skirt comes to lie in the vicinity of the stop of the back-twist block and given a back-twisting of the twist closure comes into bearing contact with the stop of the back-twist block .
A solid carrier component comprising: 50 weight % to 90 weight % of (A) a high density polyethylene with a melt index > 2 g/10 min measured according to ASTM D1238 - 13 at 190°C and at 2.16 Kg loading; 10 weight % to 25 weight % of (C) a bis-hydroxyl terminated polydiorganosiloxane with a viscosity of 5,000 mPa·s to 25,000 mPa·s measured at 25°C at 5 RPM on a Brookfield DV-III cone & plate viscometer with #CP-52 spindle; 0 to < 25 weight % of (B) a maleated ethylene-based polymer; and 0 to 10 weight % of (D) a filler, where each weight % is based on combined weights of all starting materials in the solid carrier component. 50 weight % to 90 weight % of (A) a high density polyethylene with a melt index > 2 g/10 min measured according to ASTM D1238 - 13 at 190°C and at 2.16 Kg loading; 10 weight % to 25 weight % of (C) a bis-hydroxyl terminated polydiorganosiloxane with a viscosity of 5,000 mPa·s to 25,000 mPa·s measured at 25°C at 5 RPM on a Brookfield DV-III cone & plate viscometer with #CP-52 spindle; 0 to < 25 weight % of (B) a maleated ethylene-based polymer; and 0 to 10 weight % of (D) a filler, where each weight % is based on combined weights of all starting materials in the solid carrier component.
Turbine wheel, in particular in a supercharging device for an internal combustion engine, the turbine wheel having a plurality of blades on a hub forming a rear wall , adjacent blades forming an inlet surface arranged circumferentially radially on the outside and having two leading edges and an outlet surface arranged substantially axially on the inside and having two trailing edges , a surface of a blade being formed by a plurality of curves (30, ...) lying next to one another between the leading edge and the trailing edge ..., 38) lying next to one another between the leading edge and the trailing edge , from an angle (T) and a length (Z0), characterized in that the angle (T) from the leading edge initially increases or remains constant as the length (Z0) increases for each of the curves (30,...., 38) initially increases or remains constant and then decreases so that a maximum (40, 40', 40") is formed, the angle (T) being formed as a polar angle and the length being formed along an axis of rotation (Z) about a direction of rotation (R), a zero point of the angle (T) along the leading edge is selected to increase in the direction of the direction of rotation (R), and the length (Z0) is normalised along the axis of rotation (Z).
A marine engine, comprising: an air controller configured to supply compressed air to a combustion chamber in an upstroke of a piston after a crash astern signal is output; and a fuel controller configured to stop supply of fuel to the combustion chamber when the crash astern signal is output, and to resume the supply of the fuel after a backward rotation of a crankshaft; characterized by a compression ratio controller configured to move a top dead center position of the piston toward an opposite side of a bottom dead center position of the piston when the crash astern signal is output, and the top dead center position of the piston is on the bottom dead center position side with respect to a predetermined position set in advance. an air controller configured to supply compressed air to a combustion chamber in an upstroke of a piston after a crash astern signal is output; and a fuel controller configured to stop supply of fuel to the combustion chamber when the crash astern signal is output, and to resume the supply of the fuel after a backward rotation of a crankshaft; characterized by a compression ratio controller configured to move a top dead center position of the piston toward an opposite side of a bottom dead center position of the piston when the crash astern signal is output, and the top dead center position of the piston is on the bottom dead center position side with respect to a predetermined position set in advance.
A characteristic table generation system configured to generate a predictive voltage characteristic table for defining a predictive characteristic curve between temperature and a voltage value representing a crest value of at least one pulse (Pa, Pb, Pc) based on a predetermined standard value in a drive signal (Sd) which includes the pulse and is applied to a jet section configured to jet liquid , the characteristic table generation system comprising: a data acquisition section configured to obtain a measured viscosity characteristic table defining a measured characteristic curve between viscosity and temperature of the liquid, and a predetermined parameter (Pr) separately, as input data; a conversion coefficient generation section configured to generate a conversion coefficient (Kc) used when performing a conversion process from the measured characteristic curve into the predictive characteristic curve based on the predetermined parameter using a first analytical method as a predetermined analytical method which takes the predetermined parameter as an explanatory variable, and which takes the conversion coefficient as an objective variable; and a table generation section configured to perform the conversion process using the measured viscosity characteristic table and the conversion coefficient generated by the conversion coefficient generation section to thereby generate the predictive voltage characteristic table. a data acquisition section configured to obtain a measured viscosity characteristic table defining a measured characteristic curve between viscosity and temperature of the liquid, and a predetermined parameter (Pr) separately, as input data; a conversion coefficient generation section configured to generate a conversion coefficient (Kc) used when performing a conversion process from the measured characteristic curve into the predictive characteristic curve based on the predetermined parameter using a first analytical method as a predetermined analytical method which takes the predetermined parameter as an explanatory variable, and which takes the conversion coefficient as an objective variable; and a table generation section configured to perform the conversion process using the measured viscosity characteristic table and the conversion coefficient generated by the conversion coefficient generation section to thereby generate the predictive voltage characteristic table.
A method of operating a refrigerating machine which comprises a closed circuit which has a refrigerant and in which an evaporator ; a first compressor and at least one second compressor connected in parallel therewith; a condenser ; a subcooler ; and a first expansion valve are arranged after one another, wherein liquid refrigerant is branched off from the circuit between the condenser and the subcooler , is expanded by means of a second expansion valve , is at least partly evaporated by the subcooler and is supplied to the first and/or second compressor for cooling, characterized in that a compressed gas temperature of the or each compressor in operation is detected by means of a temperature sensor arranged in the region of the respective compressor outlet; and in that the second expansion valve is regulated in dependence on the respective highest compressed gas temperature of all the compressors in operation when the compressed gas temperature of at least one compressor exceeds a predetermined threshold value.
An internal combustion engine including a fuel reformation device capable of generating reformed fuel through a fuel reforming operation and an output cylinder to which the reformed fuel generated in the fuel reformation device is supplied, the output cylinder configured to yield an engine power by combusting the reformed fuel, the internal combustion engine comprising a control device comprising: a reforming operation control unit configured not to execute the fuel reforming operation in the fuel reformation device , and configured to execute a warming operation for raising the temperature of the fuel reformation device , when a gas temperature in the fuel reformation device is estimated as to fall short of a reforming operation allowable lower limit gas temperature set based on a lower limit value of a reforming reaction enabling temperature, and an output cylinder bypass passage which communicates an outlet passage of the fuel reformation device with an exhaust passage of the output cylinder , the output cylinder bypass passage being provided with a bypass amount adjusting valve , wherein the bypass amount adjusting valve is opened in the warming operation, and when the warming operation is terminated and a fuel reforming operation in the fuel reformation device is started, the bypass amount adjusting valve is closed. a reforming operation control unit configured not to execute the fuel reforming operation in the fuel reformation device , and configured to execute a warming operation for raising the temperature of the fuel reformation device , when a gas temperature in the fuel reformation device is estimated as to fall short of a reforming operation allowable lower limit gas temperature set based on a lower limit value of a reforming reaction enabling temperature, and an output cylinder bypass passage which communicates an outlet passage of the fuel reformation device with an exhaust passage of the output cylinder , the output cylinder bypass passage being provided with a bypass amount adjusting valve , wherein the bypass amount adjusting valve is opened in the warming operation, and when the warming operation is terminated and a fuel reforming operation in the fuel reformation device is started, the bypass amount adjusting valve is closed.
A motor vehicle, having a secondary battery that is mounted on the vehicle, a motor (MG2) that is connected with battery power lines where the secondary battery is connected and constructed to input and output power for driving the vehicle, and a vehicle-mounted equipment that is connected with the battery power lines , the motor vehicle comprising: an external power supplying unit that is connected to an external power supply and capable of supplying electric power from the external power supply to the battery power lines ; a voltage detection unit that detects an inter-terminal voltage (Vb) of the secondary battery characterizing in that a control unit that controls the external power supplying unit , in a case that the detected inter-terminal voltage (Vb) of the secondary battery is more than or equal to a predetermined voltage when the vehicle-mounted equipment is operated in a state that the external power supplying unit is connected to the external power supply, so that the vehicle-mounted equipment operates with electric power discharged from the secondary battery and electric power supplied by the external power supplying unit . an external power supplying unit that is connected to an external power supply and capable of supplying electric power from the external power supply to the battery power lines ; a voltage detection unit that detects an inter-terminal voltage (Vb) of the secondary battery characterizing in that a control unit that controls the external power supplying unit , in a case that the detected inter-terminal voltage (Vb) of the secondary battery is more than or equal to a predetermined voltage when the vehicle-mounted equipment is operated in a state that the external power supplying unit is connected to the external power supply, so that the vehicle-mounted equipment operates with electric power discharged from the secondary battery and electric power supplied by the external power supplying unit .
A message transmission method performed by a terminal, wherein the method comprises: receiving (S301) control signaling from a base station, wherein the control signaling comprises information about a plurality of time domain resources used to transmit a message; determining (S302), based on the control signaling, the plurality of time domain resources used to transmit the message, wherein the time domain resources are symbols or symbol groups, each symbol group is a combination of a preset quantity of consecutive symbols in a slot, the symbols or the symbol groups are from a plurality of inconsecutive slots, quantities of symbols or symbol groups determined from all the inconsecutive slots are the same, and the symbols or the symbol groups are at a same absolute location or relative location in the inconsecutive slots, and slot compositions of the inconsecutive slots are the same or different, and the slot compositions of the inconsecutive slots are at least one of following types: a downlink-symbol-centric slot, and an uplink-symbol-centric slot; and transmitting (S303) the message in the time domain resources. receiving (S301) control signaling from a base station, wherein the control signaling comprises information about a plurality of time domain resources used to transmit a message; determining (S302), based on the control signaling, the plurality of time domain resources used to transmit the message, wherein the time domain resources are symbols or symbol groups, each symbol group is a combination of a preset quantity of consecutive symbols in a slot, the symbols or the symbol groups are from a plurality of inconsecutive slots, quantities of symbols or symbol groups determined from all the inconsecutive slots are the same, and the symbols or the symbol groups are at a same absolute location or relative location in the inconsecutive slots, and slot compositions of the inconsecutive slots are the same or different, and the slot compositions of the inconsecutive slots are at least one of following types: a downlink-symbol-centric slot, and an uplink-symbol-centric slot; and transmitting (S303) the message in the time domain resources.