mhurhangee/patent-ind-claim-en huggingface dataset:
A street furniture kit (1; 11; 25; 30) capable of being removably fastened on a road post (7; 17) comprising: - a cylindrical ring of external radius R, of internal radius Ri, of height H slit over the height H; - a street furniture element whose base (3; 13; 27; 31) is integral with a central cylindrical sleeve (4; 14; 28; 32), provided with a through hole capable of receiving a fastening element (6; 20) intended to cooperate with the ring, said central sleeve having an inner diameter greater than 2R, R being the largest diameter of the post intended to receive this element; - at least one fastening element capable of attaching the street furniture element and the ring , in use, said cylindrical sleeve surrounds the ring which in turn encloses the post and said at least fastening element is bearing on the ring and blocks said furniture element on the post. - a cylindrical ring of external radius R, of internal radius Ri, of height H slit over the height H; - a street furniture element whose base (3; 13; 27; 31) is integral with a central cylindrical sleeve (4; 14; 28; 32), provided with a through hole capable of receiving a fastening element (6; 20) intended to cooperate with the ring, said central sleeve having an inner diameter greater than 2R, R being the largest diameter of the post intended to receive this element; - at least one fastening element capable of attaching the street furniture element and the ring ,
A method for selectively sorting different types of ground materials containing plastic materials as well as impurities consisting of elastomers or thermosetting rubbers, said method including at least one step of separation by density, characterized in that it comprises a step of treating all of said materials in a bath containing a chemical agent capable of selectively modifying the bulk density of elastomers and rubbers by partial degradation of one of the components of the elastomer or rubber or by selective surface interaction with the granules of elastomers or thermosetting rubbers, then applying a step of rinsing to said materials and applying a step of separation by density in a bath with a density of 1.
A method for controlling a robot cleaner being in an area to be cleaned, the area to be cleaned being divided into a plurality of sub-areas, a full path for the area to be cleaned being stored, the method being characterized in that , when the area to be cleaned extends: generating (S310) a travel path within an extended area to be cleaned, adding (S330) the travel path within the extended area to be cleaned to the stored full path, searching for sub-areas adjacent the extended area to be cleaned, wherein the generating of the travel path within the extended area to be cleaned is performed to generate the travel path within the extended area to be cleaned from determined connection points with the adjacent sub-area; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner travels or performs cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated. generating (S310) a travel path within an extended area to be cleaned, adding (S330) the travel path within the extended area to be cleaned to the stored full path, searching for sub-areas adjacent the extended area to be cleaned, wherein the generating of the travel path within the extended area to be cleaned is performed to generate the travel path within the extended area to be cleaned from determined connection points with the adjacent sub-area; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner travels or performs cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated.
A uterine manipulator device comprising: an elongated cannulated tube comprising a proximal end and a distal end; a cervical cup having a top distal portion of a first diameter and a base proximal portion of a second smaller diameter, wherein: the base proximal portion includes a hole formed therein having a perimeter including a proximal end and a distal end, and including a longitudinal axis positioned therethrough; the elongated cannulated tube is positioned through the hole in the cervical cup; a retention mechanism positioned on the elongated cannulated tube distally to the cervical cup , wherein the retention mechanism is configured to prevent detachment of the cervical cup from the elongated cannulated tube ; and an intrauterine balloon having a proximal end configured to be positioned on the distal end of the elongated cannulated tube and having a distal end and a proximal end, characterized in that the proximal end of the intrauterine balloon is configured to fit over a portion of the retention mechanism so as to retain the intrauterine balloon on the retention mechanism by being angled away from the longitudinal axis such that a diameter of the proximal end increases in a direction away from a main body of the intrauterine balloon in its configuration prior to the assembly of the intrauterine balloon on the device . an elongated cannulated tube comprising a proximal end and a distal end; a cervical cup having a top distal portion of a first diameter and a base proximal portion of a second smaller diameter, wherein: the base proximal portion includes a hole formed therein having a perimeter including a proximal end and a distal end, and including a longitudinal axis positioned therethrough; the elongated cannulated tube is positioned through the hole in the cervical cup; the base proximal portion includes a hole formed therein having a perimeter including a proximal end and a distal end, and including a longitudinal axis positioned therethrough; the elongated cannulated tube is positioned through the hole in the cervical cup; a retention mechanism positioned on the elongated cannulated tube distally to the cervical cup , wherein the retention mechanism is configured to prevent detachment of the cervical cup from the elongated cannulated tube ; and an intrauterine balloon having a proximal end configured to be positioned on the distal end of the elongated cannulated tube and having a distal end and a proximal end,
A method for manufacturing a sportsball comprising a spherical hollow rubber bladder filled with compressed air and a thread wound reinforced layer formed by evenly winding nylon filament threads around the surface of the rubber bladder , wherein the nylon filament threads each formed by two filament yarns (1-a, 1-b) each of 30~50 deniers with a single twist, are used as winding threads , and characterized in that each of the twisted nylon filament winding threads has 1800~2000 T/m twist.
Sash post for the center closing area of a sash which can slide in a sliding frame device relative to a countersash , preferably a sliding door or sliding window sash, wherein the sash post comprises a center closing seal , a center closing seal counter element , and at least one receiving region for receiving at least one flat element bracket , wherein the entire sash post is made of a thermally insulating material, preferably plastic; wherein, the sash post as such forms an outer shell of the sash in the installed state; and wherein no load-bearing metal parts are disposed in a thermal transmission path from a weather side along the sash post into the center closing area in the installed state.
A method of correcting a blood pressure measurement conducted at a measuring position having a geodetic height difference from a reference position defined by the position of a patient's heart , the method comprising: placing a reference position determination part with a deviation of in geodetic height of 30 millimeters or less at the geodetic height of a blood pressure measuring device located at the measuring position , conducting a calibration measurement to establish a zero point for a static pressure difference between the reference position and the measuring position while the reference position determination part is positioned substantially at the geodetic height of the blood pressure measuring device located at the measuring position , placing the reference position determination part at the reference position, determining the static pressure difference between the measuring position and the reference position while the reference position determination part is placed at the reference position, correcting the blood pressure measurement using the determined static pressure difference, characterized in that the calibration measurement is triggered by a trigger signal exchanged between the reference position determination part and the blood pressure measuring device , wherein the trigger signal is automatically triggered when the distance between a first defined point on the blood pressure measuring device and a second defined point on the reference position determination part falls below a minimum distance of not more than 30 millimeters. placing a reference position determination part with a deviation of in geodetic height of 30 millimeters or less at the geodetic height of a blood pressure measuring device located at the measuring position , conducting a calibration measurement to establish a zero point for a static pressure difference between the reference position and the measuring position while the reference position determination part is positioned substantially at the geodetic height of the blood pressure measuring device located at the measuring position , placing the reference position determination part at the reference position, determining the static pressure difference between the measuring position and the reference position while the reference position determination part is placed at the reference position, correcting the blood pressure measurement using the determined static pressure difference, characterized in that the calibration measurement is triggered by a trigger signal exchanged between the reference position determination part and the blood pressure measuring device , wherein the trigger signal is automatically triggered when the distance between a first defined point on the blood pressure measuring device and a second defined point on the reference position determination part falls below a minimum distance of not more than 30 millimeters.
A production method of a high-concentration alcohol, which is a method for producing a high-concentration alcohol by using an adsorption column and a membrane separation unit in this order, and in which the alcohol produced is ethanol, which comprises: a water adsorption step of introducing a water-alcohol mixture into the adsorption column to adsorb water on the adsorption column and obtain a first concentrated alcohol, a water desorption step of introducing an alcohol into the adsorption column to desorb the water adsorbed and obtain a hydrous alcohol, and a membrane separation step of introducing the hydrous alcohol into a membrane separation unit provided with a zeolite membrane composite containing zeolite having an SiO 2 /Al 2 O 3 molar ratio of 5 to 15 to obtain a second concentrated alcohol, wherein after separating the hydrous alcohol by using the zeolite membrane containing zeolite having an SiO 2 /Al 2 O 3 molar ratio of 5 to 15, the concentrated alcohol component obtained is further dehydrated using an LTA-type zeolite membrane, wherein the alcohol concentration of the concentrated alcohol component introduced into the LTA-type zeolite membrane is 80 % by mass or more, and wherein the permeation of flux of water in the membrane separation step using the membrane separation unit is 0.1 kg/(m2*h) or more. a water adsorption step of introducing a water-alcohol mixture into the adsorption column to adsorb water on the adsorption column and obtain a first concentrated alcohol, a water desorption step of introducing an alcohol into the adsorption column to desorb the water adsorbed and obtain a hydrous alcohol, and a membrane separation step of introducing the hydrous alcohol into a membrane separation unit provided with a zeolite membrane composite containing zeolite having an SiO 2 /Al 2 O 3 molar ratio of 5 to 15 to obtain a second concentrated alcohol, wherein after separating the hydrous alcohol by using the zeolite membrane containing zeolite having an SiO 2 /Al 2 O 3 molar ratio of 5 to 15, the concentrated alcohol component obtained is further dehydrated using an LTA-type zeolite membrane, wherein the alcohol concentration of the concentrated alcohol component introduced into the LTA-type zeolite membrane is 80 % by mass or more, and
Process for the continuous synthesis of a diene elastomer, characterized in that it comprises the following simultaneous steps: a) introducing continuously into a polymerisation reactor containing a gas phase and equipped with at least one stirring rotor and a discharge device, at least i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent b) continuously polymerising the monomer(s), c) stirring the polymerisation medium via the continuous movement of at least one stirring rotor about a rotary axle, d) continuously discharging the elastomer paste derived from the polymerisation, e) continuously conveying the discharged elastomer paste to a chopping device and chopping it into particles, and f) removing the solvent from the particles of the elastomer paste and g) recovering the diene elastomer of the particles obtained in the preceding step; and characterized in that the degree of conversion is at least 60%, at the limit of the first third of the reaction volume of the polymerisation reactor, and the standard deviation of the residence time distribution function in the polymerisation reactor is greater than the mean residence time divided by 2√3, the residence time being calculated according to the method described in the specification. a) introducing continuously into a polymerisation reactor containing a gas phase and equipped with at least one stirring rotor and a discharge device, at least i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent i. one or more monomer(s) to be polymerised, including at least one conjugated diene monomer, and ii. from 0% to 70% by mass of an organic solvent, calculated relative to the total mass of monomer(s) and of solvent b) continuously polymerising the monomer(s), c) stirring the polymerisation medium via the continuous movement of at least one stirring rotor about a rotary axle, d) continuously discharging the elastomer paste derived from the polymerisation, e) continuously conveying the discharged elastomer paste to a chopping device and chopping it into particles, and f) removing the solvent from the particles of the elastomer paste and g) recovering the diene elastomer of the particles obtained in the preceding step; the degree of conversion is at least 60%, at the limit of the first third of the reaction volume of the polymerisation reactor, and the standard deviation of the residence time distribution function in the polymerisation reactor is greater than the mean residence time divided by 2√3, the residence time being calculated according to the method described in the specification.
A method comprising: capturing in a fake base station at least one wireless message transmitted from a mobile subscriber apparatus interoperable with a mobile phone system , wherein the mobile phone system provides continuous service for mobile subscriber apparatuses; detecting from the at least one captured wireless message, by the fake base station , an encrypted subscriber identity, SUCI, associated with the mobile subscriber apparatus and encrypted with a public key , wherein the fake base station is not a part of the mobile phone system , and wherein the fake base station overrides the continuous service from the mobile phone system in order to capture the at least one wireless message; and retrieving , by the fake base station , through an access control system, an unencrypted subscriber identity, SUPI, from an entity inside an infrastructure of the mobile phone system based on the encrypted subscriber identity , wherein the entity is allowed to operate inside the infrastructure of the mobile phone system , and the entity accesses a network element of the mobile phone system with the encrypted subscriber identity , the network element decrypts the encrypted subscriber identity with a private key paired with the public key and known only by the network element to obtain an unencrypted subscriber identity , the network element returns the unencrypted subscriber identity to the entity , and the entity transmits the unencrypted subscriber identity to the fake base station . capturing in a fake base station at least one wireless message transmitted from a mobile subscriber apparatus interoperable with a mobile phone system , wherein the mobile phone system provides continuous service for mobile subscriber apparatuses; detecting from the at least one captured wireless message, by the fake base station , an encrypted subscriber identity, SUCI, associated with the mobile subscriber apparatus and encrypted with a public key , wherein the fake base station is not a part of the mobile phone system , and wherein the fake base station overrides the continuous service from the mobile phone system in order to capture the at least one wireless message; and retrieving , by the fake base station , through an access control system, an unencrypted subscriber identity, SUPI, from an entity inside an infrastructure of the mobile phone system based on the encrypted subscriber identity , wherein the entity is allowed to operate inside the infrastructure of the mobile phone system , and the entity accesses a network element of the mobile phone system with the encrypted subscriber identity , the network element decrypts the encrypted subscriber identity with a private key paired with the public key and known only by the network element to obtain an unencrypted subscriber identity , the network element returns the unencrypted subscriber identity to the entity , and the entity transmits the unencrypted subscriber identity to the fake base station .
A header frame of an agricultural harvester, comprising: a main frame ; first and second sides attached to respective lateral ends of the main frame ; a toolbar extending in a widthwise direction of the main frame ; a brace having a first end attached to the main frame and extending towards the toolbar ; and an adjustable bracketing assembly including: a bracket for connecting to the toolbar , characterized in that the adjustable bracketing assembly connects the brace to the toolbar and further includes: a mount attached to the brace , wherein the bracket is attachable to the mount about a plurality of positions. a main frame ; first and second sides attached to respective lateral ends of the main frame ; a toolbar extending in a widthwise direction of the main frame ; a brace having a first end attached to the main frame and extending towards the toolbar ; and an adjustable bracketing assembly including: a bracket for connecting to the toolbar , characterized in that the adjustable bracketing assembly connects the brace to the toolbar and further includes: a mount attached to the brace , wherein the bracket is attachable to the mount about a plurality of positions.
A vehicle drive control apparatus comprising an engine stop control unit which stops an engine when an automatic stop condition for automatically stopping the engine is satisfied during operation of the engine , and a behavior determination unit which determines whether a behavior of a vehicle is in a stable state or an unstable state based on a yaw rate and lateral acceleration, characterized in that the engine stop control unit avoids stopping the engine as the automatic stop condition is not satisfied when the behavior of the vehicle is determined to be in an unstable state during operation of the engine, even when the vehicle is decelerated to or lower than a specified vehicle speed at which the engine is to be automatically stopped.
A household food cooking system comprising a pressure cooker provided with a pressure regulator valve designed to maintain the pressure prevailing in the pressure cooker substantially at a setpoint value, said system being characterised in that it also comprises an independent telecommunications module and an independent timer module , said pressure cooker , telecommunications module , and timer module comprising complementary means for fastening making it possible to fasten the telecommunications module and the timer module to the pressure cooker as alternatives and in removable manner, said telecommunications module being capable, when it is fastened to the pressure cooker of transmitting at least one signal relating to operation of said pressure cooker to an independent computer terminal via a wireless link, while the timer module is capable, when it is fastened to said pressure cooker , of counting down a predetermined time to be counted from the instant at which the pressure prevailing in the pressure cooker substantially reaches the setpoint value for the first time.
An austenitic steel having excellent machinability and ultra-low temperature toughness in a weld heat-affected zone, the austenitic steel having a composition consisting of: 15 wt% to 35 wt% of manganese (Mn); carbon (C) satisfying 23.6C+Mn≥28 and 33.5C-Mn≤23; 5 wt% or less (excluding 0 wt%) of copper (Cu); chromium (Cr) satisfying 28.5C+4.4Cr≤57 (excluding 0 wt%); 0.5 wt% or less of niobium (Nb); 1 wt% or less of Nitrogen (N); and iron (Fe) as well as other unavoidable impurities as a remainder, wherein the steel optionally further consists of: 0.03 wt% to 0.1 wt% of sulfur (S); and 0.001 wt% to 0.01 wt% of calcium (Ca), wherein the steel optionally further consists of: one or more of 0.5 wt% or less of titanium (Ti), and 0.5 wt% or less of vanadium (V), wherein a Charpy impact value of a weld heat-affected zone at -196°C is 41 J or more. 15 wt% to 35 wt% of manganese (Mn); carbon (C) satisfying 23.6C+Mn≥28 and 33.5C-Mn≤23; 5 wt% or less (excluding 0 wt%) of copper (Cu); chromium (Cr) satisfying 28.5C+4.4Cr≤57 (excluding 0 wt%); 0.5 wt% or less of niobium (Nb); 1 wt% or less of Nitrogen (N); and iron (Fe) as well as other unavoidable impurities as a remainder, wherein the steel optionally further consists of: 0.03 wt% to 0.1 wt% of sulfur (S); and 0.001 wt% to 0.01 wt% of calcium (Ca), 0.03 wt% to 0.1 wt% of sulfur (S); and 0.001 wt% to 0.01 wt% of calcium (Ca), wherein the steel optionally further consists of: one or more of 0.5 wt% or less of titanium (Ti), and 0.5 wt% or less of vanadium (V), wherein a Charpy impact value of a weld heat-affected zone at -196°C is 41 J or more. one or more of 0.5 wt% or less of titanium (Ti), and 0.5 wt% or less of vanadium (V), wherein a Charpy impact value of a weld heat-affected zone at -196°C is 41 J or more.