mhurhangee/ep-ind-claims huggingface dataset:
A system comprising conveyance means for conveying a container to a purge position and comprising a purge device (4; 4B) for purging the container being positioned in the purge position, wherein the container has a gas introduction port on a bottom surface (Fb) thereof and the purge device (4; 4B) comprises: a purge nozzle which is able to blow a purge gas and is configured to be connected with the gas introduction port of the container when the container is positioned in the purge position; and a purge controller which is configured to control the purge nozzle to blow the purge gas in a cleaning state of the purge device (4; 4B), when the purge nozzle is not connected with the gas introduction port, and is configured to control the purge nozzle to blow the purge gas in a purging state of the purge device (4; 4B), when the purge nozzle is connected with the gas introduction port, such that the purge gas is supplied to an inside (Fa) of the container being positioned in the purge position; wherein the purge controller is configured to control the purge nozzle such that the blowing of the purge gas in the cleaning state is effected when the bottom surface (Fb) of the container to be purged and the purge nozzle face each other and a gap between the bottom surface (Fb) of the container and a top surface of the purge nozzle is such that the purge gas blown through the purge nozzle reaches the bottom surface (Fb) of the container, with the purge nozzle not yet being connected with the gas introduction port, and that the blowing of the purge gas in the cleaning state starts after that the conveyance of the container by the conveyance means to the purge position has started. a purge nozzle which is able to blow a purge gas and is configured to be connected with the gas introduction port of the container when the container is positioned in the purge position; and a purge controller which is configured to control the purge nozzle to blow the purge gas in a cleaning state of the purge device (4; 4B), when the purge nozzle is not connected with the gas introduction port, and is configured to control the purge nozzle to blow the purge gas in a purging state of the purge device (4; 4B), when the purge nozzle is connected with the gas introduction port, such that the purge gas is supplied to an inside (Fa) of the container being positioned in the purge position; wherein the purge controller is configured to control the purge nozzle such that the blowing of the purge gas in the cleaning state is effected when the bottom surface (Fb) of the container to be purged and the purge nozzle face each other and a gap between the bottom surface (Fb) of the container and a top surface of the purge nozzle is such that the purge gas blown through the purge nozzle reaches the bottom surface (Fb) of the container, with the purge nozzle not yet being connected with the gas introduction port, and that the blowing of the purge gas in the cleaning state starts after that the conveyance of the container by the conveyance means to the purge position has started.
An electronic apparatus, comprising: an in-vehicle determiner configured to execute in-vehicle determination in which it is determined whether a first user being a user of the electronic apparatus is present in a vehicle; and a notification determiner configured to execute a determination process in which it is determined whether the electronic apparatus notifies outside the electronic apparatus based on a result of the in-vehicle determination; characterized by a position determiner configured to determine whether the electronic apparatus is positioned within a predetermined area; wherein the electronic apparatus is configured to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area. an in-vehicle determiner configured to execute in-vehicle determination in which it is determined whether a first user being a user of the electronic apparatus is present in a vehicle; and a notification determiner configured to execute a determination process in which it is determined whether the electronic apparatus notifies outside the electronic apparatus based on a result of the in-vehicle determination; characterized by a position determiner configured to determine whether the electronic apparatus is positioned within a predetermined area; wherein the electronic apparatus is configured to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area. to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area.
A method for producing a Group III element nitride crystal, the method comprising: a vapor phase growth step of growing a Group III element nitride crystal on a crystal growth plane of a Group III element nitride seed crystal by vapor deposition, wherein the crystal growth plane is a plane on a -c-plane side, a crystal growth temperature is 1200°C or more, and in the vapor phase growth step, the Group III element nitride crystal is grown in a growth direction wherein an angle formed between the growth direction and the -c direction is 10° or less, and wherein: the vapor phase growth step is a step of causing a Group III metal, an oxidant that is an oxygen-containing compound, and a nitrogen-containing gas to react with one another to grow the Group III element nitride crystal. a vapor phase growth step of growing a Group III element nitride crystal on a crystal growth plane of a Group III element nitride seed crystal by vapor deposition, wherein the crystal growth plane is a plane on a -c-plane side, a crystal growth temperature is 1200°C or more, and in the vapor phase growth step, the Group III element nitride crystal is grown in a growth direction wherein an angle formed between the growth direction and the -c direction is 10° or less, and wherein: the vapor phase growth step is a step of causing a Group III metal, an oxidant that is an oxygen-containing compound, and a nitrogen-containing gas to react with one another to grow the Group III element nitride crystal.
Method for encrypting a code to be encrypted ( Sx) of a computer program using an encryption key (Kx) selected from among at least two encryption keys ( Kx, Ky, Kz), said code to be encrypted ( Sx) being in the form of a compiled code or an intermediate code, the method comprising: - a step for obtaining a descriptive grammar ( G D) of the language of the code to be encrypted; method characterized in that it comprises: - a step for encoding the code to be encrypted ( Sx) by means of the descriptive grammar ( G D) delivering a character string ( CdC) within which at least one start instruction ( InstrD) of the code to be encrypted ( Sx) is encoded as a representation ( RInstrD)in the character string ( CdC); said step for encoding is implemented recursively, a representation ( RInstrDi) of a start instruction ( InstrD being computed at the end of a preliminary computation of a representation ( RInstrDi+1 of a following instruction ( InstrDi+1) of the code to be encrypted; - a step of encryption of the character string (CdC) by means of an encryption key ( Kx) belonging to the set of encryption keys ( Kx, Ky, Kz), delivering an encrypted string ( Cx). - a step for obtaining a descriptive grammar ( G D) of the language of the code to be encrypted; - a step for encoding the code to be encrypted ( Sx) by means of the descriptive grammar ( G D) delivering a character string ( CdC) within which at least one start instruction ( InstrD) of the code to be encrypted ( Sx) is encoded as a representation ( RInstrD)in the character string ( CdC); said step for encoding is implemented recursively, a representation ( RInstrDi) of a start instruction ( InstrD being computed at the end of a preliminary computation of a representation ( RInstrDi+1 of a following instruction ( InstrDi+1) of the code to be encrypted; - a step of encryption of the character string (CdC) by means of an encryption key ( Kx) belonging to the set of encryption keys ( Kx, Ky, Kz), delivering an encrypted string ( Cx).
A pro-drug, encapsulated in an inactive configuration, for use in a method for the treatment of cancer characterized in that the method comprises the steps of: a) administering the encapsulated pro-drug to a patient; b) subjecting a target site of the patient dosed with the encapsulated pro-drug to X-ray radiation with a photon energy of up to 250 keV, providing a converging beam with increased average radiation flux cross section area density along longitudinal axis until reaching a maximum at said target site, said converging X-ray beam being of a controllable waist, substantially uniform at said target site, with a maximal absorbed dose rate at said target site, wherein said subjecting to X-ray radiation is sufficient for de-encapsulation of said encapsulated pro-drug, thereby providing the active drug, whilst said X-ray photon dosage at said target site is higher than the X-ray photon dosage at an adjacent non target site. a) administering the encapsulated pro-drug to a patient; b) subjecting a target site of the patient dosed with the encapsulated pro-drug to X-ray radiation with a photon energy of up to 250 keV, providing a converging beam with increased average radiation flux cross section area density along longitudinal axis until reaching a maximum at said target site, said converging X-ray beam being of a controllable waist, substantially uniform at said target site, with a maximal absorbed dose rate at said target site,
Rotor shaft unit for a tidal plant, with a rotor shaft which is configured to be connected to a main frame of the tidal plant, and with at least one bearing unit for mounting the rotor shaft in a housing, the housing being configured to be connected to a rotor of the tidal plant, characterized in that the rotor shaft unit has a sleeve which is arranged around the rotor shaft and is connected to the rotor shaft by way of a frictionally locking connection, the sleeve being fastened to the main frame.
A method of controlling the release of bullets from a firearm by user behavior, comprising: monitoring the spatial orientation of a virtual vector representing the orientation of a barrel of the firearm by receiving measurements from sensors (130, 132, 134) installed in or on the firearm; engaging a trigger of the firearm by the user to release a first bullet to a first direction; while the trigger is engaged continuously analyzing the measurements to identify preconfigured motion patterns; releasing bullets automatically responsive to identifying the preconfigured motion patterns; wherein the preconfigured motion patterns include identifying that the user is stabilizing the firearm toward a target that is in a direction that is distinct from the first direction. monitoring the spatial orientation of a virtual vector representing the orientation of a barrel of the firearm by receiving measurements from sensors (130, 132, 134) installed in or on the firearm; engaging a trigger of the firearm by the user to release a first bullet to a first direction; while the trigger is engaged continuously analyzing the measurements to identify preconfigured motion patterns; releasing bullets automatically responsive to identifying the preconfigured motion patterns; wherein the preconfigured motion patterns include identifying that the user is stabilizing the firearm toward a target that is in a direction that is distinct from the first direction.
A secondary battery, comprising a cathode, an anode, a separator between the cathode and the anode, a binder for the anode, and a non-aqueous electrolyte, wherein the anode has a specific surface area of at least 1.5m 2 /g, wherein the non-aqueous electrolyte comprises (i) a compound having an S=O group; (ii) a mixed organic solvent containing a carbonate and a propionate-based ester compound expressed by the following Chemical Formula 1; and (iii) an electrolyte salt, in which the compound having an S=O group is at least one material selected from the group consisting of cyclic sulfite, saturated sultone, unsaturated sultone, and non-cyclic sulfone; wherein the binder is a water-soluble binder, and wherein the compound having the S=O group forms an electrode film prior to the carbonate and the ester compound having the Chemical Formula 1: where R 1 is a CH 3 CH 2 group and R 2 is an alkyl group of C 1 to C 6 or a haloalkyl group of C 1 to C 6.
A biosorbable oxygen-delivery wound treatment device comprising a biosorbable matrix for delivering oxygen, the matrix comprising: a water swellable, cross-linked biosorbable polymer network; a plurality of gas-permeable, elastic, closed cells defined by the cross-linked biosorbable polymer network, the closed cells resulting from a reaction between a catalyst and a second reactant; and deliverable oxygen within the elastic closed cells, such that when the device is used to treat a wound, oxygen is delivered from the closed cells, wherein the biosorbable polymer network is formed from propylene glycol alginate and gelatin, and wherein the weight ratio of gelatin to propylene glycol alginate ranges from 1.5:1 to 6:1. a water swellable, cross-linked biosorbable polymer network; a plurality of gas-permeable, elastic, closed cells defined by the cross-linked biosorbable polymer network, the closed cells resulting from a reaction between a catalyst and a second reactant; and deliverable oxygen within the elastic closed cells, such that when the device is used to treat a wound, oxygen is delivered from the closed cells, wherein the biosorbable polymer network is formed from propylene glycol alginate and gelatin, and wherein the weight ratio of gelatin to propylene glycol alginate ranges from 1.5:1 to 6:1.
A polylactic acid-based resin which is obtainable by allowing a polyisocyanate compound to react with a mixture of a poly(L-lactic acid) in which the percentage of the terminal functional group which is a carboxyl group exceeds 50% and a poly(D-lactic acid) in which the percentage of the terminal functional group which is a carboxyl group exceeds 50%, and which comprises a constituting unit represented by the following formula. (in the formula, R is a polyisocyanate residue and represents an aliphatic hydrocarbon group having 1 to 20 carbon atoms, a hydrocarbon group having an alicyclic structure and 3 to 20 carbon atoms or a hydrocarbon group having an aromatic ring and 6 to 20 carbon atoms.)
A device for assisting a caregiver in delivering cardiac resuscitation to a patient, the device comprising: a user interface configured to deliver prompts to a caregiver to assist the caregiver in delivering cardiac resuscitation to a patient; at least one sensor configured to detect the caregiver's progress in delivering the cardiac resuscitation, wherein the sensor is configured to provide a signal containing information indicative of ventilation; a memory in which a plurality of different prompts are stored, including at least one ventilation progress prompt to guide the rescuer's performance of ventilation; and a processor configured to process the output of the sensor to determine a parameter descriptive of ventilation progress and to determine whether the ventilation progress prompt should be selected for delivery, wherein the sensor comprises an accelerometer, and the processor is configured to process the output of the accelerometer to distinguish between ventilations and chest compressions. a user interface configured to deliver prompts to a caregiver to assist the caregiver in delivering cardiac resuscitation to a patient; at least one sensor configured to detect the caregiver's progress in delivering the cardiac resuscitation, wherein the sensor is configured to provide a signal containing information indicative of ventilation; a memory in which a plurality of different prompts are stored, including at least one ventilation progress prompt to guide the rescuer's performance of ventilation; and a processor configured to process the output of the sensor to determine a parameter descriptive of ventilation progress and to determine whether the ventilation progress prompt should be selected for delivery, wherein the sensor comprises an accelerometer, and the processor is configured to process the output of the accelerometer to distinguish between ventilations and chest compressions.
A hair removal device comprising: a handle; a cover removably engagable to the handle; a cartridge removably engagable to the handle, the cartridge having at least one blade; a dispensing unit removable from the handle, the dispensing unit comprising a pump, an applicator in liquid communication with the pump, and a reservoir having a first sealed position and a second position, characterized in that the reservoir is not in liquid communication with the pump in the first sealed position and the reservoir is in liquid communication with the pump in the second position when the cover is mounted to the handle. a handle; a cover removably engagable to the handle; a cartridge removably engagable to the handle, the cartridge having at least one blade; a dispensing unit removable from the handle, the dispensing unit comprising a pump, an applicator in liquid communication with the pump, and a reservoir having a first sealed position and a second position, characterized in that the reservoir is not in liquid communication with the pump in the first sealed position and the reservoir is in liquid communication with the pump in the second position when the cover is mounted to the handle. a pump, an applicator in liquid communication with the pump, and a reservoir having a first sealed position and a second position, characterized in that the reservoir is not in liquid communication with the pump in the first sealed position and the reservoir is in liquid communication with the pump in the second position when the cover is mounted to the handle.
Vibration absorber for reducing vibrations, in particular vibrations of pipes, comprising a base, a fastening device, a damping device and an absorption device that comprises a mass arrangement and at least one spring rod that is connected to the mass arrangement and the base, the spring rod having a loaded length of spring that can be varied relative to a clamping length and by means of which an absorption frequency of the vibration absorber can be adjusted, characterised in that the damping device comprises at least one eddy-current damper (10, 14), and in that the damping device comprises two eddy-current dampers (10, 14; 11, 15) that are arranged at an angle relative to one another.
A method comprising: a. subdividing a plurality of adaptors into a plurality of first partitions, wherein each of said first partitions has on average a first volume and wherein said adaptors comprise unique barcodes; b. subdividing a sample comprising multiple polynucleotides into a plurality of second partitions, wherein each of said second partitions has on average a second volume, wherein said second volume is greater than said first volume; wherein said first partitions are first droplets and said second partitions are second droplets; and wherein said second droplets comprises said first droplets; c. merging at least one of said first partitions with at least one of said second partitions to form a merged partition; and d. tagging one of said multiple polynucleotides, or fragment thereof at least 25 base pairs long, with at least one of said adaptors. a. subdividing a plurality of adaptors into a plurality of first partitions, wherein each of said first partitions has on average a first volume and wherein said adaptors comprise unique barcodes; b. subdividing a sample comprising multiple polynucleotides into a plurality of second partitions, wherein each of said second partitions has on average a second volume, wherein said second volume is greater than said first volume; wherein said first partitions are first droplets and said second partitions are second droplets; and wherein said second droplets comprises said first droplets; c. merging at least one of said first partitions with at least one of said second partitions to form a merged partition; and d. tagging one of said multiple polynucleotides, or fragment thereof at least 25 base pairs long, with at least one of said adaptors.
Locking system for a vehicle, preferably for motor vehicles, in which a pinion is driven, via a driveshaft, by an electric motor received in a lock housing and a transmission, and at least one slider (10, 11) provided with a set of teeth is moved in the longitudinal direction of the slider (10, 11) by means of the pinion, the at least one slider (10, 11) being designed as a rack and pinion gate (10, 11), characterised in that two U-shaped rack and pinion gates (10, 11) are provided, and in that the inner side of each leg of the U-shaped rack and pinion gates (10, 11) is guided so as to slide across the outer side of the other leg of the other rack and pinion gate (10, 11).
Support device (1; 1') arranged to support a work tool and to assist an operator during a manual work task performed at a height by said operator with said work tool, said support device (1; 1') being connectable to a protecting railing of a lifting device, said support device (1; 1') comprising support means (2, 26, 27) removably mountable on said protecting railing, comprising a compensation unit arranged to support a weight of said tool, said unit being removably connectable to said support means (2, 26, 27), said compensation unit comprising a linear actuator (4a, 4b, 4c) that is movable in a main direction that is parallel to the direction of gravity in a mounted configuration of said support device (1, 1') on said protecting railing, and at least one arm connected to said linear actuator (4a, 4b, 4c) and arranged to support said tool; said compensation unit being associated with a source of compressed air to send a compressed air flow to said compensation unit; said compensation unit being further provided with inner pneumatic conveying means (15, 19, 20, 21) arranged to be crossed by said compressed air flow to convey said compressed air flow to said linear actuator (4a, 4b, 4c), and pneumatic adjusting means (16, 17, 18, 22, 23) arranged to adjust a value of said flow of said compressed air flow conveyed to said linear actuator (4a, 4b, 4c) on the basis of said weight of said tool, such that said linear actuator (4a, 4b, 4c) compensates said weight of said tool and enables said operator to perform said manual work task at a height in the absence of said weight.