mhurhangee/patent-ind-claim-en huggingface dataset:
A forming assembly configured to form a wick, the forming assembly comprising: an expandable tube hydraulically expandable to an expanded configuration, wherein a wick mesh can be wrapped about the expandable tube ; and a forming shell assembly , comprising: a first forming shell comprising a first recess defined therein; and a second forming shell comprising a second recess defined therein, wherein the first recess and the second recess cooperate to define an outer diameter of the wick, and wherein the expandable tube and the wick mesh are positionable between the first recess and the second recess ; wherein the expandable tube and the forming shell assembly are configured to deform the wick mesh and to form the wick based on the expandable tube hydraulically expanding towards the expanded configuration; and a support tube positionable within the expandable tube , wherein the support tube comprises pores defined therein, wherein the pores are configured to fluidically couple a source of pressure to the expandable tube . an expandable tube hydraulically expandable to an expanded configuration, wherein a wick mesh can be wrapped about the expandable tube ; and a forming shell assembly , comprising: a first forming shell comprising a first recess defined therein; and a second forming shell comprising a second recess defined therein, wherein the first recess and the second recess cooperate to define an outer diameter of the wick, and wherein the expandable tube and the wick mesh are positionable between the first recess and the second recess ; a first forming shell comprising a first recess defined therein; and a second forming shell comprising a second recess defined therein, wherein the first recess and the second recess cooperate to define an outer diameter of the wick, and wherein the expandable tube and the wick mesh are positionable between the first recess and the second recess ; wherein the expandable tube and the forming shell assembly are configured to deform the wick mesh and to form the wick based on the expandable tube hydraulically expanding towards the expanded configuration; and a support tube positionable within the expandable tube , wherein the support tube comprises pores defined therein, wherein the pores are configured to fluidically couple a source of pressure to the expandable tube .
A driving support method for controlling a controller to drive a vehicle at a set speed when driving the vehicle along a curved road, comprising: when the controller decelerates the vehicle to a vehicle speed equal to or lower than a speed limit based on the curved road, characterized by : determining whether a curve information related to the curved road has been acquired, stopping deceleration of the vehicle and starting acceleration of the vehicle toward the set speed in a case of determining that the curve information has not been acquired, when the controller accelerates the vehicle toward the set speed after the vehicle travels on the curved road at the vehicle speed equal to or lower than the speed limit, determining whether the curve information has been acquired, accelerating the vehicle by a first acceleration in a case of determining that the curve information has been acquired, and accelerating the vehicle by a second acceleration smaller than the first acceleration in a case of determining that the curve information has not been acquired. when the controller decelerates the vehicle to a vehicle speed equal to or lower than a speed limit based on the curved road, characterized by : determining whether a curve information related to the curved road has been acquired, stopping deceleration of the vehicle and starting acceleration of the vehicle toward the set speed in a case of determining that the curve information has not been acquired, when the controller accelerates the vehicle toward the set speed after the vehicle travels on the curved road at the vehicle speed equal to or lower than the speed limit, determining whether the curve information has been acquired, accelerating the vehicle by a first acceleration in a case of determining that the curve information has been acquired, and accelerating the vehicle by a second acceleration smaller than the first acceleration in a case of determining that the curve information has not been acquired. determining whether a curve information related to the curved road has been acquired, stopping deceleration of the vehicle and starting acceleration of the vehicle toward the set speed in a case of determining that the curve information has not been acquired, when the controller accelerates the vehicle toward the set speed after the vehicle travels on the curved road at the vehicle speed equal to or lower than the speed limit, determining whether the curve information has been acquired, accelerating the vehicle by a first acceleration in a case of determining that the curve information has been acquired, and accelerating the vehicle by a second acceleration smaller than the first acceleration in a case of determining that the curve information has not been acquired.
A fire alarm system for a building, the fire alarm system comprising: an output module comprising an indicator device for indicating the presence of a possible emergency, and an output driver for controlling operation of the indicator device , wherein the output driver includes a sensing apparatus for measuring electrical properties of the output module ; a central power source electrically connected to the output module for providing electric power to the output module ; and a fire alarm control panel configured to communicate with the output module . an output module comprising an indicator device for indicating the presence of a possible emergency, and an output driver for controlling operation of the indicator device , wherein the output driver includes a sensing apparatus for measuring electrical properties of the output module ; a central power source electrically connected to the output module for providing electric power to the output module ; and a fire alarm control panel configured to communicate with the output module .
Root crop harvester in the form of a potato harvester , which is provided with a lifting device , from which a mixture (G) with both the harvested crop (E) and also clods, haulm and similar unwanted material (B) can be displaced into the area of downstream sieving belts , whereby the mixture (G) lying on one of the feed belts reaches a sorting area and in this sorting area the harvested crop (E) can be sorted by means of a separator arranged over the feed belt , and which also acts transversely to its feed direction, on the mixture (G), in such a way that two scraping belts circulating in the same direction in a scraping direction , by means of respective scraping elements (10, 10'; 11, 11') seize the harvested crop (E), feed it in two adjacently arranged scraping levels to a downstream sorting belt and wherein respective unwanted material (B) remaining on the feed belt as a remainder can be discharged in a discharge direction preferably offset by 90° to the scraping direction , characterised in that both the scraping belts are in each case individually adjustable in the area of at least one of the carrying devices holding each of them.
A method of coating a field joint joining uncoated ends of two pipe sections , each pipe section being coating with a parent coating and having at least one uncoated end, the method comprising: injection molding a first thermal insulation layer of a field joint coating over at least the uncoated ends and a portion of the parent coating of each pipe section, the first layer comprising a first material, preferably an injection molded polypropylene, wherein preferably the first layer has an overall thickness in the range of about 10-45mm; and injection molding a second thermal insulation layer of the field joint coating over the first layer , the second layer comprising a second material having a greater flexibility than the first material and having a lower maximum operating temperature than the first material, where preferably the second layer forms a significant part of the field joint coating, in volume, and preferably the second material is an epoxy-urethane hybrid material. injection molding a first thermal insulation layer of a field joint coating over at least the uncoated ends and a portion of the parent coating of each pipe section, the first layer comprising a first material, preferably an injection molded polypropylene, wherein preferably the first layer has an overall thickness in the range of about 10-45mm; and injection molding a second thermal insulation layer of the field joint coating over the first layer , the second layer comprising a second material having a greater flexibility than the first material and having a lower maximum operating temperature than the first material, where preferably the second layer forms a significant part of the field joint coating, in volume, and preferably the second material is an epoxy-urethane hybrid material.
An evaluation device comprising: an acquisition unit which acquires a motion state amount of a combined center of gravity of a plurality of members included in a work device of a construction machine ; a forming unit which forms a transfer function which uses a driving force for moving the work device as an input and the motion state amount acquired by the acquisition unit as an output as an equivalent system which equivalently expresses an operation of the work device ; and an estimation unit which estimates a system attenuation coefficient and a natural angular frequency of the transfer function formed by the forming unit as an operation skill evaluation value of an operator. an acquisition unit which acquires a motion state amount of a combined center of gravity of a plurality of members included in a work device of a construction machine ; a forming unit which forms a transfer function which uses a driving force for moving the work device as an input and the motion state amount acquired by the acquisition unit as an output as an equivalent system which equivalently expresses an operation of the work device ; and an estimation unit which estimates a system attenuation coefficient and a natural angular frequency of the transfer function formed by the forming unit as an operation skill evaluation value of an operator.
A compound of formula (I): wherein L is selected from a quinoline, isoquinoline, quinazoline, five-membered heterocyclic ring or benzo-fused five membered heterocyclic ring, optionally substituted with alkyl groups, aryl alkyl groups, alkoxy groups or halogens; wherein a is 0, 1 or 2; wherein R 1 is H or with R 2 is a bond; wherein R 2 is OH or an alkoxy or aryloxy group, or with R 1 forms a bond; wherein R 3 is an alkyl group; wherein R 4 is CH 2 , CMe 2 or O.
A liquid target device comprising: a liquid accommodation portion in which a target liquid (T) is accommodated; a beam passage through which a charged particle beam (B) emitted from a particle accelerator passes to reach the liquid accommodation portion ; a target foil that separates the beam passage and the liquid accommodation portion from each other; a vacuum foil that separates a vacuum region (A1) provided upstream of the beam passage and the beam passage from each other; and a first gas chamber (R1), a second gas chamber (R2) and an intermediate foil that separates the first gas chamber (R1) and the second gas chamber (R2) from each other, wherein the beam passage is provided within the first gas chamber (R1) and the second gas chamber (R2); the first gas chamber is configured for a first cooling gas to be provided into the first gas chamber (R1) at a position between the vacuum foil and the intermediate foil , and characterised in that the second gas chamber comprises a cooling flow path for a second cooling gas to be supplied into the second gas chamber (R2) at a position between the intermediate foil and the target foil . a liquid accommodation portion in which a target liquid (T) is accommodated; a beam passage through which a charged particle beam (B) emitted from a particle accelerator passes to reach the liquid accommodation portion ; a target foil that separates the beam passage and the liquid accommodation portion from each other; a vacuum foil that separates a vacuum region (A1) provided upstream of the beam passage and the beam passage from each other; and a first gas chamber (R1), a second gas chamber (R2) and an intermediate foil that separates the first gas chamber (R1) and the second gas chamber (R2) from each other, wherein the beam passage is provided within the first gas chamber (R1) and the second gas chamber (R2); the first gas chamber is configured for a first cooling gas to be provided into the first gas chamber (R1) at a position between the vacuum foil and the intermediate foil , and characterised in that the second gas chamber comprises a cooling flow path for a second cooling gas to be supplied into the second gas chamber (R2) at a position between the intermediate foil and the target foil .
A fastening system for introduction in the tooth canal , comprising: - a fastening element for introduction in the tooth canal comprising a body of parallel or conical shape, a parallel or tapered longitudinal through bore and a main longitudinal slot running from the upper end to the lower end of the body of the fastening element; and characterized in that the fastening system further comprises - a prefabricated pin , wherein the fastening element with its through bore is insertable around the prefabricated pin . - a fastening element for introduction in the tooth canal comprising a body of parallel or conical shape, a parallel or tapered longitudinal through bore and a main longitudinal slot running from the upper end to the lower end of the body of the fastening element; and characterized in that the fastening system further comprises - a prefabricated pin ,
Process for treating and generating energy from biomass, comprising the step of: i. Providing a biomass ; and characterised by comprising the steps of: ii. Diluting the biomass with a thinner up to a volatile solids content comprised between 0.5% and 1% of the volume of said biomass , wherein the thinner is an aqueous liquid; iii. Alkalizing the biomass of item ii with a basic solution , up to a pH comprised between 11.0 and 13.0, wherein said biomass of item ii and said basic solution are in a weight ratio comprised between 1:20 and 1:80; iv. Hydrolysing the alkalised biomass of item iii, for a time comprised between 30 and 90 minutes, at a temperature comprised between 55°C and 80°C, thereby obtaining a hydrolysed biomass ; v. Neutralising the hydrolysed biomass of item iv, through diffusion of CO 2 from a biogas produced by anaerobic digestion, thereby obtaining a hydrolysed and neutralised sludge ; vi. Performing anaerobic digestion, through a first anaerobic digestor , of said hydrolysed and neutralised sludge , thereby obtaining a biogas , a first digestate , an anaerobic sludge , wherein the biomass is chosen among: biologic sludges, organic wastes, process water, treated or not treated residual sludges from the plants for treating urban, household and industrial wastewater, treated or not treated residual sludges from production processes, and in which the organic wastes are organic wastes resulting from compost plants, comprising wastes derived from agriculture, horticulture and food preparation, sludges resulting from civil and industrial wastewater treatment plants. i. Providing a biomass ; ii. Diluting the biomass with a thinner up to a volatile solids content comprised between 0.5% and 1% of the volume of said biomass , wherein the thinner is an aqueous liquid; iii. Alkalizing the biomass of item ii with a basic solution , up to a pH comprised between 11.0 and 13.0, wherein said biomass of item ii and said basic solution are in a weight ratio comprised between 1:20 and 1:80; iv. Hydrolysing the alkalised biomass of item iii, for a time comprised between 30 and 90 minutes, at a temperature comprised between 55°C and 80°C, thereby obtaining a hydrolysed biomass ; v. Neutralising the hydrolysed biomass of item iv, through diffusion of CO 2 from a biogas produced by anaerobic digestion, thereby obtaining a hydrolysed and neutralised sludge ; vi. Performing anaerobic digestion, through a first anaerobic digestor , of said hydrolysed and neutralised sludge , thereby obtaining a biogas , a first digestate , an anaerobic sludge ,
A method for synthesis of halide salts of the general formula (I): Z n+ X - n Formula I wherein: X - represents a halogen anion, and Z n+ represents a cation having a valency n, the method comprising reacting a first reactant being formate salt of the general formula (II): Z n+ (COOH - ) n Formula II with a second reactant being a diatom halogen: X 2 . X - represents a halogen anion, and Z n+ represents a cation having a valency n,
A method of enabling a target device in the form of a mobile telephone to be remotely controlled by at least one controller device, the method comprising: receiving, at the mobile telephone, at least one command from the at least one controller device over at least one of a plurality of bearers through at least one corresponding protocol; dynamically determining, by a target selector , at the mobile telephone, one of a set of target client applications within the mobile telephone for each of the at least one command according to a list of currently open target client applications provided for each of the at least one command; and routing, by the target selector at the mobile telephone, the at least one command to the determined target client application within the mobile telephone through a target client application programming interface API , the target client API providing the target client applications an interface that is independent of the plurality of bearers, wherein the list of currently open target client applications comprise audio applications and the at least one command is routed to an audio application that is currently playing audio. receiving, at the mobile telephone, at least one command from the at least one controller device over at least one of a plurality of bearers through at least one corresponding protocol; dynamically determining, by a target selector , at the mobile telephone, one of a set of target client applications within the mobile telephone for each of the at least one command according to a list of currently open target client applications provided for each of the at least one command; and routing, by the target selector at the mobile telephone, the at least one command to the determined target client application within the mobile telephone through a target client application programming interface API , the target client API providing the target client applications an interface that is independent of the plurality of bearers, wherein the list of currently open target client applications comprise audio applications and the at least one command is routed to an audio application that is currently playing audio.
A device comprising: a storage unit adapted to store generated challenges which are challenges previously generated and having been used for authentication; a determination unit adapted to determine, during an authentication procedure, whether a newly generated challenge matches any of the generated challenges stored in the storage unit or not; an output unit adapted to output the newly generated challenge as an unused challenge when the determination unit determines that the newly generated challenge does not match any of the generated challenges stored in the storage unit; and a registration unit adapted to store the newly generated challenge as a new generated challenge in the storage unit when the determination unit determines that the newly generated challenge does not match any of the generated challenges stored in the storage unit. a storage unit adapted to store generated challenges which are challenges previously generated and having been used for authentication; a determination unit adapted to determine, during an authentication procedure, whether a newly generated challenge matches any of the generated challenges stored in the storage unit or not; an output unit adapted to output the newly generated challenge as an unused challenge when the determination unit determines that the newly generated challenge does not match any of the generated challenges stored in the storage unit; and a registration unit adapted to store the newly generated challenge as a new generated challenge in the storage unit when the determination unit determines that the newly generated challenge does not match any of the generated challenges stored in the storage unit.
A method for contactless safeguarding at a cooperation zone of a machine that a worker 46) and the machine use in common, wherein an access zone for the worker is arranged at a first side of the cooperation zone and a working zone of the machine is arranged at a second side different from the first side, wherein a plurality of protected fields configured in the environment of the cooperation zone are monitored for protected field intrusions by at least one optoelectronic sensor and at least two of the protected fields are arranged in a first sequence starting from the first side such that a worker sequentially intrudes into these protected fields when approaching the cooperation zone , and wherein the protected field intrusions are evaluated to safeguard the machine in the case of an unpermitted combination of protected field intrusions, characterized in that there are permitted and unpermitted combinations of protected field intrusions and the machine is only secured in the case of an unpermitted combination; in that at least two of the protected fields are arranged in a second sequence starting from the second side such that the machine sequentially intrudes in these protected fields when approaching the cooperation zone ; and in that the evaluation for permitted and unpermitted combinations of protected field intrusions includes the second sequence, with it being considered a permitted combination of protected field intrusions when an intrusion takes place sequentially from the outside to the inside in protected fields of the first sequence and/or of the second sequence, and with inward designating the cooperation zone , but in this respect a minimum number of protected fields without a protected field intrusion remaining between protected fields of the two sequences.