mhurhangee/ep-ind-claims huggingface dataset:
An elevator system comprising: an elevator controller, at least one mobile robot, wherein the at least one mobile robot is configured to generate at least one control signal to the elevator controller for controlling an elevator in response to an interaction with at least one user in a predetermined position, characterized in that the elevator system further comprises a data center, wherein the data center is configured to generate at least one control signal to the at least one mobile robot for instructing the at least one mobile robot to the predetermined position. an elevator controller, at least one mobile robot, wherein the at least one mobile robot is configured to generate at least one control signal to the elevator controller for controlling an elevator in response to an interaction with at least one user in a predetermined position, characterized in that the elevator system further comprises a data center, wherein the data center is configured to generate at least one control signal to the at least one mobile robot for instructing the at least one mobile robot to the predetermined position.
A geothermal plant (100,200,300) connectable to a geothermal well and comprising at least two removable modules, at least two module bays and a pipework: - at least one of said removable modules including a heat exchanger; - said module bays including a supporting structure supporting a respective one of said removable modules; - said pipework including a first pipe assembly being connectable to a first pipe system of said geothermal well at a first connecting end and a second pipe assembly being connectable to an existing facility pipework; characterized in that said pipework extends below said supporting structure and said module bay(s) supporting said removable module(s) that include a heat exchanger are provided with a connecting interface for allowing said at least one removable module(s) having a heat exchanger to be connected to said pipework. - at least one of said removable modules including a heat exchanger; - said module bays including a supporting structure supporting a respective one of said removable modules; - said pipework including a first pipe assembly being connectable to a first pipe system of said geothermal well at a first connecting end and a second pipe assembly being connectable to an existing facility pipework; characterized in that said pipework extends below said supporting structure and said module bay(s) supporting said removable module(s) that include a heat exchanger are provided with a connecting interface for allowing said at least one removable module(s) having a heat exchanger to be connected to said pipework.
An orthopedic system for orienting a cutting plane during a joint replacement procedure comprising: a base member attachable to a bone; and at least one adjustment device connected to and moveable relative to the base member; wherein the at least one adjustment device is configured to couple to a cutting guide, wherein the at least one adjustment device is moveable in at least one degree of freedom so as to orient the cutting guide relative to a proximal feature of the tibia or relative to a distal feature of the femur, such that the cutting guide is oriented at a selected angle relative to the mechanical axis, characterised in that the orthopedic system comprises a portable surgical orientation device coupled or configured to couple to the at least one adjustment device, wherein the portable surgical orientation device comprises an associated three-dimensional coordinate reference system, the portable surgical orientation device further comprising: a housing configured to couple to the at least one adjustment device; and a sensor located within the housing, the sensor configured to monitor the orientation of the housing in the three-dimensional coordinate reference system, the sensor further configured to generate orientation data corresponding to the monitored orientation of the portable surgical orientation device, wherein the sensor comprises an inertial sensor. a base member attachable to a bone; and at least one adjustment device connected to and moveable relative to the base member; wherein the at least one adjustment device is configured to couple to a cutting guide, wherein the at least one adjustment device is moveable in at least one degree of freedom so as to orient the cutting guide relative to a proximal feature of the tibia or relative to a distal feature of the femur, such that the cutting guide is oriented at a selected angle relative to the mechanical axis, characterised in that the orthopedic system comprises a portable surgical orientation device coupled or configured to couple to the at least one adjustment device, wherein the portable surgical orientation device comprises an associated three-dimensional coordinate reference system, the portable surgical orientation device further comprising: a housing configured to couple to the at least one adjustment device; and a sensor located within the housing, the sensor configured to monitor the orientation of the housing in the three-dimensional coordinate reference system, the sensor further configured to generate orientation data corresponding to the monitored orientation of the portable surgical orientation device, wherein the sensor comprises an inertial sensor. a housing configured to couple to the at least one adjustment device; and a sensor located within the housing, the sensor configured to monitor the orientation of the housing in the three-dimensional coordinate reference system, the sensor further configured to generate orientation data corresponding to the monitored orientation of the portable surgical orientation device, wherein the sensor comprises an inertial sensor.
A method for measuring a property of an oscillating circuit, provided for the contactless data communication, having a measuring apparatus, comprising the steps: - guiding the measuring apparatus to the oscillating circuit; - exciting the oscillating circuit by the measuring apparatus by means of an energy pulse; and - capturing with the measuring apparatus a decaying oscillation of the oscillating circuit in response to the excitation by the energy pulse, characterized by - capturing a measurement parameter resulting from the guiding of the measuring apparatus, wherein the measurement parameter is a motion of the measuring apparatus. - guiding the measuring apparatus to the oscillating circuit; - exciting the oscillating circuit by the measuring apparatus by means of an energy pulse; and - capturing with the measuring apparatus a decaying oscillation of the oscillating circuit in response to the excitation by the energy pulse, - capturing a measurement parameter resulting from the guiding of the measuring apparatus, wherein the measurement parameter is a motion of the measuring apparatus.
A transgenic cyanobacterium cell comprising an artificial DNA construct comprising, as operably associated components in the 5' to 3' direction of transcription: (a) a promoter functional in the cyanobacterium cell; (b) (i) a polynucleotide comprising a nucleotide sequence encoding a polypeptide having a disaccharide phosphate synthase activity and a disaccharide phosphate phosphatase activity; or (ii) a polynucleotide comprising a nucleotide sequence encoding a first polypeptide having a disaccharide phosphate synthase activity and a second polypeptide having a disaccharide phosphate phosphatase activity; or (iii) a first polynucleotide comprising a nucleotide sequence encoding a first polypeptide having a disaccharide phosphate synthase activity and a second polynucleotide comprising a nucleotide sequence encoding a second polypeptide having a disaccharide phosphate phosphatase activity; and (c) a transcriptional termination sequence; wherein the transgenic cyanobacterium cell accumulates increased levels of the disaccharide compared to a cyanobacterium cell not comprising the DNA construct. (a) a promoter functional in the cyanobacterium cell; (b) (i) a polynucleotide comprising a nucleotide sequence encoding a polypeptide having a disaccharide phosphate synthase activity and a disaccharide phosphate phosphatase activity; or (ii) a polynucleotide comprising a nucleotide sequence encoding a first polypeptide having a disaccharide phosphate synthase activity and a second polypeptide having a disaccharide phosphate phosphatase activity; or (iii) a first polynucleotide comprising a nucleotide sequence encoding a first polypeptide having a disaccharide phosphate synthase activity and a second polynucleotide comprising a nucleotide sequence encoding a second polypeptide having a disaccharide phosphate phosphatase activity; and (c) a transcriptional termination sequence;
A method for cutting a corrugated sheet by a slotter that comprises: a first swivel and a second swivel that rotate in respective different directions and that are vertically disposed; a slotter knife disposed on the first swivel and having an inner cutting blade and an outer cutting blade on the both sides of the outer circumference; a flap cutter knife being disposed on the first swivel perpendicularly to the slotter knife and being disposed on a sliding member positioned and fixed to the slotter knife; a recess disposed on the outer circumference of the second swivel and having an inner receiving blade and an outer receiving blade, on the both sides of the recess, respectively fitted to the inner cutting blade and the outer cutting blade; and a nick formed on at least one of the outer cutting blade of the slotter knife and the outer receiving blade of the recess, the slotter knife and the flap cutter knife removing a corner portion of one end of the corrugated sheet placed between the first swivel and the second swivel such that a resultant slotted chip and a resultant flap chip are connected at a connection, the method being characterized in that it comprises: separating a portion having the nick from a main body of the slotter knife or a main body of the second swivel such that a distance along the circumference direction of the first or second swivel between the nick and a tip of the flap cutter knife is adjustable by positioning and fixing the portion having the nick to the main body of the slotter knife, the main body of the second swivel, or the sliding member, and positioning and fixing the sliding member to the main body of the slotter knife. separating a portion having the nick from a main body of the slotter knife or a main body of the second swivel such that a distance along the circumference direction of the first or second swivel between the nick and a tip of the flap cutter knife is adjustable by positioning and fixing the portion having the nick to the main body of the slotter knife, the main body of the second swivel, or the sliding member, and positioning and fixing the sliding member to the main body of the slotter knife.
A method of making an axle comprising: forging a one-piece axle blank having a shaft that extends from and is integrally formed with a flange using a forging die set that includes a first die having a forming shaft that is received in a first die cavity and that extends upward from a bottom surface of said first die, and a second die having a second die cavity, wherein the shaft is formed in the first die around the forming shaft thereby forming a hole in the shaft, said hole extending along an axis, and the flange is formed in the second die cavity between the first die and the second die, wherein the flange extends radially outward from an end of the shaft; and radially forging the shaft against a first mandrel to axially elongate the shaft. forging a one-piece axle blank having a shaft that extends from and is integrally formed with a flange using a forging die set that includes a first die having a forming shaft that is received in a first die cavity and that extends upward from a bottom surface of said first die, and a second die having a second die cavity, wherein the shaft is formed in the first die around the forming shaft thereby forming a hole in the shaft, said hole extending along an axis, and the flange is formed in the second die cavity between the first die and the second die, wherein the flange extends radially outward from an end of the shaft; and radially forging the shaft against a first mandrel to axially elongate the shaft.
Method for operating a postal delivery assistance system, comprising a mailbox for receiving mail items, a data processing device (6, 12) having a database (28, 32) which comprises an address file in which an addressee is assigned to a building address in each case, and a reading device for acquiring mail item data of a mail item, wherein the method involves the following steps for the delivery of a mail item addressed to an addressee in a building: acquisition of mail item data of a mail item via the reading device; determination of an addressee of the mail item based on the mail item data; determination of a location of the reading device, wherein the building address is assigned to the location of the reading device, checking, via the data processing device (6, 12), whether the addressee of the mail item in the address file is assigned to the building address of the building which is assigned to the location of the reading device; and, when the addressee in the address file is assigned to the building address of the building assigned to the location of the reading device, activation of a locking mechanism of the mailbox in order to release an opening of the mailbox so that the mail item can be deposited in the mailbox. acquisition of mail item data of a mail item via the reading device; determination of an addressee of the mail item based on the mail item data; determination of a location of the reading device, wherein the building address is assigned to the location of the reading device, checking, via the data processing device (6, 12), whether the addressee of the mail item in the address file is assigned to the building address of the building which is assigned to the location of the reading device; and, when the addressee in the address file is assigned to the building address of the building assigned to the location of the reading device, activation of a locking mechanism of the mailbox in order to release an opening of the mailbox so that the mail item can be deposited in the mailbox.
A navigation system, comprising: a controller adapted to obtain travel history information and traffic information; accumulate the obtained travel history information in a memory and generate statistical values by statistically processing the accumulated travel history information; wherein, if the sample number of the travel history information is a minimum sample number or more, the controller generates the statistical values, characterized in that if the sample number of the travel history information is less than the minimum sample number, the controller generates the statistical values based on the number of pieces of the travel history information and a degree of contingency of traffic information, such as congestion degree information, in the travel history information. a controller adapted to obtain travel history information and traffic information; accumulate the obtained travel history information in a memory and generate statistical values by statistically processing the accumulated travel history information; wherein, if the sample number of the travel history information is a minimum sample number or more, the controller generates the statistical values, characterized in that if the sample number of the travel history information is less than the minimum sample number, the controller generates the statistical values based on the number of pieces of the travel history information and a degree of contingency of traffic information, such as congestion degree information, in the travel history information.
A liquid absorber comprising a plurality of chips, individual ones of the chips including: a first substrate containing fibers and an ion scavenger; a second substrate containing fibers; and an absorbent resin supported between the first substrate and the second substrate, characterized in that the ion scavenger is selected from the group consisting of polyvinylpyrrolidone, polyvinyl alcohols, polyethylene glycols, pectin, guar gum, zwitterionic polymers, ion exchange resins, and modified polymers thereof; zeolite, montmorillonite, bentonite, clay, and active carbon; and mixtures thereof. a first substrate containing fibers and an ion scavenger; a second substrate containing fibers; and an absorbent resin supported between the first substrate and the second substrate, characterized in that the ion scavenger is selected from the group consisting of polyvinylpyrrolidone, polyvinyl alcohols, polyethylene glycols, pectin, guar gum, zwitterionic polymers, ion exchange resins, and modified polymers thereof; zeolite, montmorillonite, bentonite, clay, and active carbon; and mixtures thereof.
A catheter system for treating a treatment site within or adjacent to a vessel wall or a heart valve, the catheter system comprising: an inflatable balloon; an optical fiber having a fiber distal end positioned within the inflatable balloon, the optical fiber being configured to receive an energy pulse so that the optical fiber emits light energy in a direction away from the optical fiber to generate a plasma pulse within the inflatable balloon; and a laser including (i) a seed source that is configured to emit a seed pulse, and (ii) an amplifier that is configured to increase energy of the seed pulse so that the laser generates the energy pulse that is received by the optical fiber, the energy pulse having a waveform having a pulse duration, a minimum power (Po), a peak power (Pp) and a rise time (Tp) of increasing power from the minimum power (Po) to the peak power (Pp), the rise time (Tp) being not greater than 40% of the pulse duration; characterized in that the peak power (Pp) of the energy pulse is within the range of greater than 50 kW and less than 1000 kW. an inflatable balloon; an optical fiber having a fiber distal end positioned within the inflatable balloon, the optical fiber being configured to receive an energy pulse so that the optical fiber emits light energy in a direction away from the optical fiber to generate a plasma pulse within the inflatable balloon; and a laser including (i) a seed source that is configured to emit a seed pulse, and (ii) an amplifier that is configured to increase energy of the seed pulse so that the laser generates the energy pulse that is received by the optical fiber, the energy pulse having a waveform having a pulse duration, a minimum power (Po), a peak power (Pp) and a rise time (Tp) of increasing power from the minimum power (Po) to the peak power (Pp), the rise time (Tp) being not greater than 40% of the pulse duration; characterized in that the peak power (Pp) of the energy pulse is within the range of greater than 50 kW and less than 1000 kW.
A terminal device that communicates with a base station device, wherein a plurality of transmission time interval modes, TTI modes, related to a size of a transmission time interval, TTI, are specified, including at least a first TTI mode in which the TTI is based on a length of a subframe and a second TTI mode in which the TTI is based on a length of a symbol, the symbol length being smaller than the subframe length, the terminal device comprising: a higher layer processing unit configured to set the second TTI mode through signaling of a higher layer from the base station device; and a receiving unit configured to receive a channel in the first TTI mode in a case in which the second TTI mode is not set and receive a channel in the second TTI mode in a case in which the second TTI mode is set, wherein a number of symbols of a resource corresponding to the channel in the second TTI mode is smaller than a number of symbols of a resource corresponding to the channel in the first TTI mode, characterized in that the channel in the second TTI mode is mapped to one or more periodic resources that are set or notified through the signaling of the higher layer, the resources being defined by successive sub carriers of symbol length in the time domain and consecutive sub carriers in the frequency domain. a higher layer processing unit configured to set the second TTI mode through signaling of a higher layer from the base station device; and a receiving unit configured to receive a channel in the first TTI mode in a case in which the second TTI mode is not set and receive a channel in the second TTI mode in a case in which the second TTI mode is set, wherein a number of symbols of a resource corresponding to the channel in the second TTI mode is smaller than a number of symbols of a resource corresponding to the channel in the first TTI mode, characterized in that the channel in the second TTI mode is mapped to one or more periodic resources that are set or notified through the signaling of the higher layer, the resources being defined by successive sub carriers of symbol length in the time domain and consecutive sub carriers in the frequency domain.
A method for preparing a vinyl chloride-based polymer, the method comprising: a step of suspension polymerization of a vinyl chloride-based monomer, wherein the vinyl chloride monomer is a vinyl chloride monomer alone or a monomer mixture in which a vinyl chloride monomer and a vinyl-based monomer, which is copolymerisable with the vinyl chloride monomer, are mixed, in the presence of a polymerization initiator and a polymerization mixture to prepare a vinyl chloride-based polymer; wherein the polymerization mixture includes polymerization water and a protective colloid auxiliary agent, and the polymerization mixture has a surface tension of 46.5 mN/m or more wherein the surface tension is a value obtained by measuring the surface tension of a 0.2% aqueous solution using a Du-Nouy surface tension meter under the conditions of a temperature of 25°C and an atmospheric pressure. a step of suspension polymerization of a vinyl chloride-based monomer, wherein the vinyl chloride monomer is a vinyl chloride monomer alone or a monomer mixture in which a vinyl chloride monomer and a vinyl-based monomer, which is copolymerisable with the vinyl chloride monomer, are mixed, in the presence of a polymerization initiator and a polymerization mixture to prepare a vinyl chloride-based polymer; wherein the polymerization mixture includes polymerization water and a protective colloid auxiliary agent, and the polymerization mixture has a surface tension of 46.5 mN/m or more wherein the surface tension is a value obtained by measuring the surface tension of a 0.2% aqueous solution using a Du-Nouy surface tension meter under the conditions of a temperature of 25°C and an atmospheric pressure.
A system comprising a cylinder lock and at least three keys, wherein - a first key always locks the cylinder lock and is set up to assign a first locking authorization and at least a second locking authorization in the cylinder lock, - a second key always locks the cylinder lock and cannot assign a locking authorization, - a third key locks the cylinder lock when the first locking authorization is assigned and does not lock when the second locking authorization is assigned, wherein the assignment of the locking authorizations in the cylinder lock is performed mechanically by the first key. - a first key always locks the cylinder lock and is set up to assign a first locking authorization and at least a second locking authorization in the cylinder lock, - a second key always locks the cylinder lock and cannot assign a locking authorization, - a third key locks the cylinder lock when the first locking authorization is assigned and does not lock when the second locking authorization is assigned,