mhurhangee/patent-ind-claim-en huggingface dataset:
Method for extracting information from an NMR spectrum, comprising the following steps: a) providing a first NMR spectrum of a sample containing at least one constituent, the first NMR spectrum comprising information on the sample, wherein the information comprises subsets, wherein each subset is an arbitrarily chosen part of the information, b) providing a second NMR spectrum of a calibration sample containing at least one constituent of known concentration, the second result comprising information on the calibration sample, c) calculating a conversion factor being indicative for a dependency between the information on the calibration sample and the concentration of the at least one constituent of the calibration sample, d) multiplying the first NMR spectrum by the conversion factor, e) after step d), calculating a validity value for at least one subset of the information of the first NMR spectrum and assigning it to the subset of the information for which it was calculated, the validity value being representative for a fitness of a first subset of the information to be separated from a second subset of the information, wherein the step of calculating the validity value is performed by the following sub-steps: • defining a test criterion, wherein the test criterion is at least one of the group consisting of a defined line width, a defined line form, and a defined distance to an adjacent line, • applying the test criterion to at least one NMR line of the NMR spectrum of the sample, and • determining how exactly the at least one NMR line of the NMR spectrum of the sample matches the test criterion. a) providing a first NMR spectrum of a sample containing at least one constituent, the first NMR spectrum comprising information on the sample, wherein the information comprises subsets, wherein each subset is an arbitrarily chosen part of the information, b) providing a second NMR spectrum of a calibration sample containing at least one constituent of known concentration, the second result comprising information on the calibration sample, c) calculating a conversion factor being indicative for a dependency between the information on the calibration sample and the concentration of the at least one constituent of the calibration sample, d) multiplying the first NMR spectrum by the conversion factor, e) after step d), calculating a validity value for at least one subset of the information of the first NMR spectrum and assigning it to the subset of the information for which it was calculated, the validity value being representative for a fitness of a first subset of the information to be separated from a second subset of the information, • defining a test criterion, wherein the test criterion is at least one of the group consisting of a defined line width, a defined line form, and a defined distance to an adjacent line, • applying the test criterion to at least one NMR line of the NMR spectrum of the sample, and • determining how exactly the at least one NMR line of the NMR spectrum of the sample matches the test criterion.
A communication apparatus that can be driven with a battery, comprising: authentication means (115, S103) for authenticating a battery attached to the communication apparatus; and wireless communication means for communicating with an external apparatus via a wireless network, wherein the wireless communication means is arranged to transmit a result of authentication by the authentication means to the external apparatus via the wireless network (S208), characterised in that : the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state. authentication means (115, S103) for authenticating a battery attached to the communication apparatus; and wireless communication means for communicating with an external apparatus via a wireless network, wherein the wireless communication means is arranged to transmit a result of authentication by the authentication means to the external apparatus via the wireless network (S208), characterised in that : the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state. the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state.
A control circuit for an implantable blood pump , the control circuit being coupled to the implantable blood pump and having processing circuity including one or more processors , the control circuit being characterized by the one or more processors being configured to: gradually increase a motor speed from an inactive state to a first speed during a first- time period ; apply a predetermined maximum voltage during the gradual increase in the motor speed; and transition from the gradual increase in motor speed to a closed loop speed control to achieve an operating speed , the operating speed being greater than the first speed . the control circuit being characterized by the one or more processors being configured to: gradually increase a motor speed from an inactive state to a first speed during a first- time period ; apply a predetermined maximum voltage during the gradual increase in the motor speed; and transition from the gradual increase in motor speed to a closed loop speed control to achieve an operating speed , the operating speed being greater than the first speed . gradually increase a motor speed from an inactive state to a first speed during a first- time period ; apply a predetermined maximum voltage during the gradual increase in the motor speed; and transition from the gradual increase in motor speed to a closed loop speed control to achieve an operating speed , the operating speed being greater than the first speed .
Sensor for detecting a gas, comprising: a spiral capillary having a capillary wall (21.1) and having a cavity (21.2), wherein the capillary wall (21.1) is configured to suppress the escape of electromagnetic radiation, a gas inlet (23.1) arranged at a first end of the capillary and a gas outlet (24.1) arranged at a second end of the capillary , so that the cavity (21.2) is fillable with the gas to be measured and/or the gas to be measured is flowable through the cavity, and an optical incoupling site (23.2), which is configured to incouple electromagnetic radiation into the cavity (21.2) of the capillary , and an optical outcoupling site (23.3), which is configured to outcouple the electromagnetic radiation from the capillary , wherein the incoupling site (23.2) and the outcoupling site (23.3) are formed together at the first or second end of the capillary or separately from each other at the opposite ends of the capillary , wherein the capillary is formed by a spirally extending channel running through a compact component and wherein the component is integrally formed in one piece. a spiral capillary having a capillary wall (21.1) and having a cavity (21.2), wherein the capillary wall (21.1) is configured to suppress the escape of electromagnetic radiation, a gas inlet (23.1) arranged at a first end of the capillary and a gas outlet (24.1) arranged at a second end of the capillary , so that the cavity (21.2) is fillable with the gas to be measured and/or the gas to be measured is flowable through the cavity, and an optical incoupling site (23.2), which is configured to incouple electromagnetic radiation into the cavity (21.2) of the capillary , and an optical outcoupling site (23.3), which is configured to outcouple the electromagnetic radiation from the capillary , wherein the incoupling site (23.2) and the outcoupling site (23.3) are formed together at the first or second end of the capillary or separately from each other at the opposite ends of the capillary , wherein the capillary is formed by a spirally extending channel running through a compact component and wherein the component is integrally formed in one piece.
An aqueous UV free radical curable inkjet ink containing a liquid phase A dispersed in a continuous liquid phase B by a polymeric dispersant , wherein the liquid phase A contains at least a photoinitiator , a colour pigment , and one or more polymerizable compounds ; and wherein the continuous liquid phase B contains water and optionally one or more organic solvents.
Apparatus for accommodating notes of value, having an accommodating region for accommodating notes of value, having a shaft , having a first hook , which is arranged at a first end of the shaft , and a second hook , which is arranged at a second end of the shaft , wherein, when the apparatus is inserted into a compartment of an apparatus for handling notes of value, in particular of an automatic teller machine, the hooks , in a locked position, are in engagement with engagement elements of the apparatus for handling notes of value, said engagement elements being arranged within the compartment , and, in an unlocked position, are not in engagement with the engagement elements , wherein an active locking unit of the apparatus for handling notes of value is provided on a side of the compartment and, in a first operating state, prevents movement of the first hook from a locked position into the unlocked position and, in a second operating state, allows movement of the first hook from the locked position into the unlocked position, and wherein the hooks can be moved between the locked position and the unlocked position by rotation of the shaft , and having a handle , which is arranged on the shaft and comprises a first end with a first hole and a second end with a second hole , wherein the shaft runs through the first and the second hole , characterized in that the first hole is formed such that, upon rotation of the handle at least within a predetermined rotation range, a torque is transmitted to the shaft via engagement between the shaft and the first end of the handle , and in that the second hole is formed such that, upon rotation of the handle , there is no transmission of torque to the shaft via the second end .
A method of performing measurement at a user equipment, UE, in a wireless communication system, the method comprising: receiving cell-specific reference signals, CRSs, or channel status information-reference signals, CSI-RSs, for radio resource management, RRM, measurement from a plurality of transmission ends; performing the RRM measurement; and reporting a result of the RRM measurement, wherein the RRM measurement includes one of a first measurement and a second measurement, wherein the first measurement is performed based on the CRSs received from the plurality of transmission ends having different cell identities, wherein the second measurement is performed based on the CSI-RSs received from the plurality of transmission ends having a same cell identity, wherein the CSI-RSs are distinguished by at least one of a CSI-RS reuse pattern and a subframe offset. receiving cell-specific reference signals, CRSs, or channel status information-reference signals, CSI-RSs, for radio resource management, RRM, measurement from a plurality of transmission ends; performing the RRM measurement; and reporting a result of the RRM measurement, wherein the RRM measurement includes one of a first measurement and a second measurement, wherein the first measurement is performed based on the CRSs received from the plurality of transmission ends having different cell identities, wherein the second measurement is performed based on the CSI-RSs received from the plurality of transmission ends having a same cell identity, wherein the CSI-RSs are distinguished by at least one of a CSI-RS reuse pattern and a subframe offset.
An infusion unit comprising: a receptacle for receiving at least one ingredient in bulk form for the preparation of a beverage; a brewing piston arranged for insertion in the receptacle and forming a brewing chamber therewith; a hydraulic actuator constrained to the brewing piston and controlling the movement of the brewing piston so as to adjust the volume of the brewing chamber by moving the brewing piston in a brewing position inside the receptacle, the brewing position being adapted to the amount of the ingredient in the brewing chamber; a hot water delivery circuit for delivering hot water in the interior of the brewing chamber and performing a brewing cycle; wherein said hot water delivery circuit comprises a hot-water delivery duct in fluid communication with a surface of the brewing piston, the surface facing the interior of the brewing chamber when the brewing piston is inside the receptacle; characterized in that : the brewing piston is provided with a sealing arrangement in sliding and sealing contact with an inner side wall of the receptacle when the brewing piston is in the receptacle; and the hydraulic actuator is a single-acting cylinder-piston actuator in fluid communication with a cold water delivery duct arranged for delivering pressurized cold water to the hydraulic actuator. a receptacle for receiving at least one ingredient in bulk form for the preparation of a beverage; a brewing piston arranged for insertion in the receptacle and forming a brewing chamber therewith; a hydraulic actuator constrained to the brewing piston and controlling the movement of the brewing piston so as to adjust the volume of the brewing chamber by moving the brewing piston in a brewing position inside the receptacle, the brewing position being adapted to the amount of the ingredient in the brewing chamber; a hot water delivery circuit for delivering hot water in the interior of the brewing chamber and performing a brewing cycle; wherein said hot water delivery circuit comprises a hot-water delivery duct in fluid communication with a surface of the brewing piston, the surface facing the interior of the brewing chamber when the brewing piston is inside the receptacle; characterized in that : the brewing piston is provided with a sealing arrangement in sliding and sealing contact with an inner side wall of the receptacle when the brewing piston is in the receptacle; and the hydraulic actuator is a single-acting cylinder-piston actuator in fluid communication with a cold water delivery duct arranged for delivering pressurized cold water to the hydraulic actuator.
A pond filter comprising a housing having a fluid inlet and a fluid outlet , and a UV filter chamber disposed in a fluid flow path between the inlet and the outlet , the UV filter chamber comprising a UV lamp disposed in a tube and arranged for illuminating water flowing through the UV filter chamber , the UV filter chamber comprising a shroud portion in which the tube and UV lamp are disposed, with a fluid channel through the UV filter chamber being defined between the tube and the shroud portion , the UV filter chamber comprising at least one sealing arrangement provided between the tube and the shroud portion for sealing against the ingress of fluid into the interior of the tube from the fluid channel , the sealing arrangement comprising a sealing assembly for mounting the tube to the shroud portion and sealing means for forming a seal between the sealing assembly and the tube , wherein the sealing assembly comprises a nut for engagement with the shroud portion and which carries a bushing , and the sealing means comprises a seal which is retained between the nut and the bushing and is urged by the nut and bushing into sealing contact with the tube and creates a seal against the outside surface of the tube as the nut is engaged onto the shroud portion . the UV filter chamber comprising a UV lamp disposed in a tube and arranged for illuminating water flowing through the UV filter chamber , the UV filter chamber comprising a shroud portion in which the tube and UV lamp are disposed, with a fluid channel through the UV filter chamber being defined between the tube and the shroud portion , the UV filter chamber comprising at least one sealing arrangement provided between the tube and the shroud portion for sealing against the ingress of fluid into the interior of the tube from the fluid channel , the sealing arrangement comprising a sealing assembly for mounting the tube to the shroud portion and sealing means for forming a seal between the sealing assembly and the tube , wherein the sealing assembly comprises a nut for engagement with the shroud portion and which carries a bushing , and the sealing means comprises a seal which is retained between the nut and the bushing and is urged by the nut and bushing into sealing contact with the tube and creates a seal against the outside surface of the tube as the nut is engaged onto the shroud portion .
A thermal immersion circulator , comprising: a heater including: a main body having a tubular side wall, a first end, a second end spaced from the first end across a length of the main body, the tubular side wall which forms a fluid flow passage at least partially therethrough, the main body having an inlet at least proximate the first end, the inlet which provides fluid communication between the fluid flow passage in an interior of the main body and an exterior of the main body , and an outlet in the tubular side wall, at least a portion of the outlet spaced relative toward the second end with respect to at least a portion of the inlet , the outlet which provides fluid communication between the fluid flow passage in the interior of the main body and the exterior of the main body ; a heating element physically coupled to and wrapped at least partially about at least a portion of the external surface of the tubular side wall of the main body ; and a switch electrically coupled to control the heating element and physically and thermally conductively coupled to the tubular side wall of the main body , wherein the switch is an active power switch, wherein heat generated by the active power switch is transferred to the fluid; and a housing sized and dimensioned to receive at least a portion of the heater . a main body having a tubular side wall, a first end, a second end spaced from the first end across a length of the main body, the tubular side wall which forms a fluid flow passage at least partially therethrough, the main body having an inlet at least proximate the first end, the inlet which provides fluid communication between the fluid flow passage in an interior of the main body and an exterior of the main body , and an outlet in the tubular side wall, at least a portion of the outlet spaced relative toward the second end with respect to at least a portion of the inlet , the outlet which provides fluid communication between the fluid flow passage in the interior of the main body and the exterior of the main body ; a heating element physically coupled to and wrapped at least partially about at least a portion of the external surface of the tubular side wall of the main body ; and a switch electrically coupled to control the heating element and physically and thermally conductively coupled to the tubular side wall of the main body , wherein the switch is an active power switch, wherein heat generated by the active power switch is transferred to the fluid; and a housing sized and dimensioned to receive at least a portion of the heater .
Isolator assembly for producing and maintaining a sterile environment, in particular for plant cultivation or animal research or preparation of medicaments comprising - a cylindrical rack with a vertical axis, - containers arranged circumferentially in the rack and accessible in a radial direction, - a worktop in the immediate vicinity of the rack with a foot region situated underneath/in front of the worktop, - a tent for the joint sterile shielding of both the rack and at the same time the worktop with respect to the surrounding area, - with gloved intervention points in the tent for operating and/or processing the containers and/or the contents thereof between the rack and the worktop, - an air lock device in the tent for introducing sterile material into the tent and for removing contaminated material from the tent, - a device for repositioning the rack relative to the worktop in an axial direction and in a rotational direction. - a cylindrical rack with a vertical axis, - containers arranged circumferentially in the rack and accessible in a radial direction, - a worktop in the immediate vicinity of the rack with a foot region situated underneath/in front of the worktop, - a tent for the joint sterile shielding of both the rack and at the same time the worktop with respect to the surrounding area, - with gloved intervention points in the tent for operating and/or processing the containers and/or the contents thereof between the rack and the worktop, - an air lock device in the tent for introducing sterile material into the tent and for removing contaminated material from the tent, - a device for repositioning the rack relative to the worktop in an axial direction and in a rotational direction.
A method of preparing an isocyanatosilane comprising reacting an olefinic isocyanate with a hydridosilane in the presence of at least one dinuclear rhodium complex under hydrosilylation conditions.