mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a (meth)acryloyl group-containing organopolysiloxane, comprising a step of transesterification between the following components (a1) and (a2) in the presence of the following components (a3) and (a4) to obtain the (meth)acryloyl group-containing organopolysiloxane, (a1) an organopolysiloxane represented by the following average composition formula : wherein R 1 is, independently of each other, a substituted or unsubstituted, monovalent hydrocarbon group having 1 to 10 carbon atoms, an alkoxy group, or a monovalent hydrocarbon or (poly)oxyalkylene alkyl group which has a hydroxy group at a terminal, hereinafter referred to as a hydroxy group-containing group, wherein at least one of R 1 is the hydroxy group-containing group, a is a positive number of 2 or more, b is a positive number of 0 or more, c is a positive number of 0 or more, and d is a positive number of 0 or more, and 2 <= a + b + c + d <= 1000, (a2) a (meth)acrylic acid ester represented by the following general formula : wherein R 2 is a hydrogen atom or a methyl group and R 3 is a linear or branched hydrocarbon group having 1 to 6 carbon atoms, in an amount such that a molar ratio of component (a2) to the hydroxy group of component (a1) is 1 to 10, (a3) a zirconium metal complex in an amount such that a molar ratio of component (a3) to the hydroxy group of component (a1) is 0.001 to 0.1, and (a4) a hydroxy group-containing amine represented by HON(R 4 ) 2 in an amount such that a molar ratio of component (a4) to component (a3) is 0.10 to 1.5, wherein R 4 is, independently of each other, a linear or branched aliphatic hydrocarbon group having 1 to 6 carbon atoms. (a1) an organopolysiloxane represented by the following average composition formula : wherein R 1 is, independently of each other, a substituted or unsubstituted, monovalent hydrocarbon group having 1 to 10 carbon atoms, an alkoxy group, or a monovalent hydrocarbon or (poly)oxyalkylene alkyl group which has a hydroxy group at a terminal, hereinafter referred to as a hydroxy group-containing group, wherein at least one of R 1 is the hydroxy group-containing group, a is a positive number of 2 or more, b is a positive number of 0 or more, c is a positive number of 0 or more, and d is a positive number of 0 or more, and 2 <= a + b + c + d <= 1000, (a2) a (meth)acrylic acid ester represented by the following general formula : wherein R 2 is a hydrogen atom or a methyl group and R 3 is a linear or branched hydrocarbon group having 1 to 6 carbon atoms, in an amount such that a molar ratio of component (a2) to the hydroxy group of component (a1) is 1 to 10, (a3) a zirconium metal complex in an amount such that a molar ratio of component (a3) to the hydroxy group of component (a1) is 0.001 to 0.1, and (a4) a hydroxy group-containing amine represented by HON(R 4 ) 2 in an amount such that a molar ratio of component (a4) to component (a3) is 0.10 to 1.5, wherein R 4 is, independently of each other, a linear or branched aliphatic hydrocarbon group having 1 to 6 carbon atoms.
A system, comprising: a stimulus-emitting device configured to administer a stimulus to induce in vivo synchronized gamma oscillations in a brain region of a subject; at least one memory for storing stimulus parameters and processor executable instructions; and at least one processor communicatively connected to the stimulus-emitting device and the at least one memory, wherein upon execution of the processor executable instructions, the at least one processor controls the stimulus-emitting device to emit the stimulus according to the stimulus parameters, the parameters including a frequency that is configured to synchronously activate the brain region at the frequency, whereby the system is configured to at least one of prevent, reduce and treat dementia in the subject; the system being characterized in that the stimulus-emitting device is configured to administer the stimulus non-invasively. a stimulus-emitting device configured to administer a stimulus to induce in vivo synchronized gamma oscillations in a brain region of a subject; at least one memory for storing stimulus parameters and processor executable instructions; and at least one processor communicatively connected to the stimulus-emitting device and the at least one memory, wherein upon execution of the processor executable instructions, the at least one processor controls the stimulus-emitting device to emit the stimulus according to the stimulus parameters, the parameters including a frequency that is configured to synchronously activate the brain region at the frequency, whereby the system is configured to at least one of prevent, reduce and treat dementia in the subject; the system being characterized in that the stimulus-emitting device is configured to administer the stimulus non-invasively.
A distributed optical fibre sensor for measuring vibration, as a concurrent function of position along each of a plurality of sensing optical fibres (10a - 10d), from properties of probe light backscattered within the sensing optical fibres, the sensor comprising: a probe light source arranged to generate pulses of probe light for transmission to the sensing optical fibres; a detector arranged to receive and detect probe light backscattered within the sensing optical fibres; an optical switch arranged to switch between the sensing optical fibres, so as to direct each generated probe light pulse to a currently selected one of the sensing optical fibres, and to direct backscattered probe light from a currently selected one of the sensing optical fibres to the detector, the sensor being arranged to control the optical switch such that all of the sensing optical fibres can be used concurrently to detect acoustic vibration; and an analyser arranged to determine acoustic vibration, as a concurrent function of position along each of the sensing optical fibres, from the detected backscattered probe light. a probe light source arranged to generate pulses of probe light for transmission to the sensing optical fibres; a detector arranged to receive and detect probe light backscattered within the sensing optical fibres; an optical switch arranged to switch between the sensing optical fibres, so as to direct each generated probe light pulse to a currently selected one of the sensing optical fibres, and to direct backscattered probe light from a currently selected one of the sensing optical fibres to the detector, the sensor being arranged to control the optical switch such that all of the sensing optical fibres can be used concurrently to detect acoustic vibration; and an analyser arranged to determine acoustic vibration, as a concurrent function of position along each of the sensing optical fibres, from the detected backscattered probe light.
A variable speed pumping system comprising: a generator motor including a frequency converter and a primary side synchronously connected to a commercial power system although a rotor rotates at a variable speed; and a pump turbine directly connected to the rotor of the generator motor and configured to drive the generator motor in a power generation mode and to be driven by the generator motor in a pumping mode, wherein the variable speed pumping system is configured to, in the pumping mode, input to a power controller a value obtained by subtracting an actual power input from a value obtained by adding a power input command to a power control correction signal calculated by a power control correction signal generator based on a deviation between a rotational speed of the rotor and a rotational speed command calculated based on the power input command and supply a power command to the generator motor to perform power control, and the power control correction signal generator is configured to add a value obtained by multiplying a signal based on a difference between the power input command and an actual power input measured by a power detector in the pumping mode by a constant gain to a signal based on the deviation and input the added value to an integration control element to generate the power control correction signal based on an output signal of the integration control element. a generator motor including a frequency converter and a primary side synchronously connected to a commercial power system although a rotor rotates at a variable speed; and a pump turbine directly connected to the rotor of the generator motor and configured to drive the generator motor in a power generation mode and to be driven by the generator motor in a pumping mode, wherein the variable speed pumping system is configured to, in the pumping mode, input to a power controller a value obtained by subtracting an actual power input from a value obtained by adding a power input command to a power control correction signal calculated by a power control correction signal generator based on a deviation between a rotational speed of the rotor and a rotational speed command calculated based on the power input command and supply a power command to the generator motor to perform power control, and the power control correction signal generator is configured to add a value obtained by multiplying a signal based on a difference between the power input command and an actual power input measured by a power detector in the pumping mode by a constant gain to a signal based on the deviation and input the added value to an integration control element to generate the power control correction signal based on an output signal of the integration control element.
A lubrication system comprising: a lubricant supply tank ; a lubricant feed pump having a rotatable feed pump shaft , said lubricant feed pump configured to draw a lubricant from said lubricant supply tank and discharge a lubricant feed; one or more lubricant jets configured to direct the lubricant feed to one or more components; one or more scavenge pump drive motors configured to drive a rotatable scavenge pump shaft ; and one or more scavenge pumps , the scavenge pumps shaft configured to drive the one or more scavenge pumps; wherein the scavenge pump shaft is configured to rotate independently of the feed pump shaft; wherein the one or more scavenge pump drive motors is configured to be hydraulically driven by the lubricant feed the one or more scavenge pump drive motors further configured to reduce a pressure of the lubricant feed and discharges the lubricant feed as a reduced pressure lubricant feed; and characterized in that the lubricant feed pump is configured to drive a first scavenge pump drive motor and a second scavenge pump drive motor included in the one or more scavenge pump drive motors, and/or wherein the scavenge pump shaft is configured to drive a plurality of scavenge pumps included in the one or more scavenge pumps. a lubricant supply tank ; a lubricant feed pump having a rotatable feed pump shaft , said lubricant feed pump configured to draw a lubricant from said lubricant supply tank and discharge a lubricant feed; one or more lubricant jets configured to direct the lubricant feed to one or more components; one or more scavenge pump drive motors configured to drive a rotatable scavenge pump shaft ; and one or more scavenge pumps , the scavenge pumps shaft configured to drive the one or more scavenge pumps; wherein the scavenge pump shaft is configured to rotate independently of the feed pump shaft; wherein the one or more scavenge pump drive motors is configured to be hydraulically driven by the lubricant feed the one or more scavenge pump drive motors further configured to reduce a pressure of the lubricant feed and discharges the lubricant feed as a reduced pressure lubricant feed; and characterized in that the lubricant feed pump is configured to drive a first scavenge pump drive motor and a second scavenge pump drive motor included in the one or more scavenge pump drive motors, and/or wherein the scavenge pump shaft is configured to drive a plurality of scavenge pumps included in the one or more scavenge pumps.
An annular seal assembly for sealing against a rotating shaft extending in an axial direction, wherein a radial direction extends outward from the shaft perpendicular to the axial direction, the seal assembly comprising: a housing comprising a radially interior inside channel, the radially interior inside channel being defined by an interior axially extending wall and two interior radially extending walls; a matrix provided substantially within the radially interior inside channel of the housing and protruding from the radially interior inside channel, the matrix having a radially inner surface for sealing against the shaft; and an energizer for providing a radial force to the matrix, wherein the energizer is disposed in the radially interior inside channel of the housing between the matrix and the interior axially extending wall in the radial direction, and wherein the energizer contacts the matrix and the interior axially extending wall and the two interior radially extending walls of the radially interior inside channel when compressed, and wherein the matrix contacts the two interior radially extending walls and the energizer in addition to the shaft, characterized in that the seal assembly comprises an anti-rotational mechanism to prevent the matrix from rotating with the shaft, wherein the anti-rotational mechanism comprises an anti-rotational element for preventing the matrix from rotating, the anti-rotational element extending through the housing and energizer and into the matrix. a housing comprising a radially interior inside channel, the radially interior inside channel being defined by an interior axially extending wall and two interior radially extending walls; a matrix provided substantially within the radially interior inside channel of the housing and protruding from the radially interior inside channel, the matrix having a radially inner surface for sealing against the shaft; and an energizer for providing a radial force to the matrix, wherein the energizer is disposed in the radially interior inside channel of the housing between the matrix and the interior axially extending wall in the radial direction, and wherein the energizer contacts the matrix and the interior axially extending wall and the two interior radially extending walls of the radially interior inside channel when compressed, and wherein the matrix contacts the two interior radially extending walls and the energizer in addition to the shaft, characterized in that the seal assembly comprises an anti-rotational mechanism to prevent the matrix from rotating with the shaft, wherein the anti-rotational mechanism comprises an anti-rotational element for preventing the matrix from rotating, the anti-rotational element extending through the housing and energizer and into the matrix.
Method for joining a fastener to a workpiece, the method comprising the steps of: - providing a workpiece ; - providing a fastener including an anchor section which extends between a first end section and a second end section along an anchor axis (X); a flange formed on and extending radially to the first end section of the anchor section , the flange being radially delimited by an outer edge , and the flange at least partially forms an application section , the application section being at a non-zero distance from the outer edge, wherein the fastener is a one-piece metal fastener ; - applying an adhesive on the application section, wherein the adhesive is an UV-curing adhesive and the method further comprises the steps of - arranging the flange of the fastener on the carrier surface of the workpiece and pushing said flange against the workpiece such that the adhesive is squeezed toward the outer edges until it reaches the outer edges of the flange ; - curing the adhesive at the outer edge of the flange by applying an UV radiation, such that the fastener is pre-assembled to the workpiece; - finishing the curing of the adhesive underneath the flange by anaerobical curing. - providing a workpiece ; - providing a fastener including an anchor section which extends between a first end section and a second end section along an anchor axis (X); a flange formed on and extending radially to the first end section of the anchor section , the flange being radially delimited by an outer edge , and the flange at least partially forms an application section , the application section being at a non-zero distance from the outer edge, wherein the fastener is a one-piece metal fastener ; - applying an adhesive on the application section, - arranging the flange of the fastener on the carrier surface of the workpiece and pushing said flange against the workpiece such that the adhesive is squeezed toward the outer edges until it reaches the outer edges of the flange ; - curing the adhesive at the outer edge of the flange by applying an UV radiation, such that the fastener is pre-assembled to the workpiece; - finishing the curing of the adhesive underneath the flange by anaerobical curing.
A method of adjusting at least one rotor blade of a wind turbine including the steps: - receiving a command for adjustment of the rotor blade at an adjusting speed , - ascertaining a current moment of inertia of the rotor blade , and - accelerating the rotor blade until reaching the adjustment speed , wherein the acceleration until reaching the adjustment speed is limited in dependence on the ascertained moment of inertia . - receiving a command for adjustment of the rotor blade at an adjusting speed , - ascertaining a current moment of inertia of the rotor blade , and - accelerating the rotor blade until reaching the adjustment speed , wherein the acceleration until reaching the adjustment speed is limited in dependence on the ascertained moment of inertia .
A test device comprising: a device main body having a test unit that tests a sample collected from a living body to output a plurality of pieces of measurement data and a transmission unit that wirelessly transmits the measurement data; and a mobile terminal having a reception unit that receives the measurement data wirelessly transmitted from the transmission unit and a display unit that displays the received measurement data, wherein the device main body further includes a determining unit that determines whether or not the measurement data has been transmitted to the mobile terminal , characterized in that the device main body includes: a notifying unit that, in a case where there is non-transmitted data that has not transmitted among the plurality of pieces of measurement data, provides notification of a transmission result showing that there is non-transmitted data, wherein information on whether or not each piece of the measurement data is normally transmitted is included in the transmission result. a device main body having a test unit that tests a sample collected from a living body to output a plurality of pieces of measurement data and a transmission unit that wirelessly transmits the measurement data; and a mobile terminal having a reception unit that receives the measurement data wirelessly transmitted from the transmission unit and a display unit that displays the received measurement data, wherein the device main body further includes a determining unit that determines whether or not the measurement data has been transmitted to the mobile terminal , characterized in that the device main body includes: a notifying unit that, in a case where there is non-transmitted data that has not transmitted among the plurality of pieces of measurement data, provides notification of a transmission result showing that there is non-transmitted data, wherein information on whether or not each piece of the measurement data is normally transmitted is included in the transmission result. a notifying unit that, in a case where there is non-transmitted data that has not transmitted among the plurality of pieces of measurement data, provides notification of a transmission result showing that there is non-transmitted data, wherein information on whether or not each piece of the measurement data is normally transmitted is included in the transmission result.
A machine having an operative orientation for dispensing a beverage and comprising: - a module having a cavity and a cavity outlet for guiding said beverage out of the cavity ; and - a guide that has a guide outlet and that is arranged for receiving said beverage from the cavity outlet and guiding said beverage along a guide direction to the guide outlet and out thereof so as to be dispensed to a beverage dispensing area in which a user-recipient can be placed for collecting said beverage , the guide having a guide channel extending along the guide direction for receiving said beverage from the cavity outlet and guiding said beverage to the guide outlet , the guide channel (101,101',101") having a cross-section orthogonal to the guide direction and a bottom generally extending along the guide direction , the cross-section having a width that increases with distance from the bottom , e.g. with height above the bottom , wherein, when said machine is in its operative orientation, the guide outlet has a maximum flow section that increases with a total height of said beverage above the bottom , characterised in that the guide outlet has one or more first sub-outlets with a low entry for allowing the passage of beverage from low height above the bottom and one or more second sub-outlets with a higher entry for allowing the passage of beverage from greater height above the bottom , such as sub-outlets that are associated with a common beverage guiding pin . - a module having a cavity and a cavity outlet for guiding said beverage out of the cavity ; and - a guide that has a guide outlet and that is arranged for receiving said beverage from the cavity outlet and guiding said beverage along a guide direction to the guide outlet and out thereof so as to be dispensed to a beverage dispensing area in which a user-recipient can be placed for collecting said beverage ,
Rope-pulley assembly for a starting apparatus for starting a combustion engine of a hand-held implement, comprising a rope pulley and a connecting spring , wherein a first end of the connecting spring is connected in a rotationally conjoint manner to the rope pulley , wherein the rope pulley has an axis of rotation extending in an axial direction , wherein the rope pulley has in its circumferential side situated at the outside in a radial direction an encircling depression for receiving a starting rope , and wherein the rope pulley has a spring receptacle for receiving the connecting spring , wherein, when seen both in the axial direction and in the radial direction , the spring receptacle and the depression overlap, wherein the spring receptacle comprises a spring chamber and a fitting region for connection to the connecting spring , wherein the fitting region and the depression are arranged so as to be situated adjacent to one another at least partially in the axial direction , wherein the connecting spring is fitted by way of the first end into the fitting region of the spring receptacle , wherein the connecting spring has a maximum width (b5) measured in the axial direction , characterized in that a width (b6), measured in the axial direction , of the connecting spring at the first end thereof is less than the maximum width (b5) of the connecting spring .