mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an ultrasonic fluid meter , preferably an ultrasonic water meter, in a fluid line network , wherein an ultrasonic signal is generated by an ultrasonic transducer and passes through a measurement section , and the flow volume is determined by evaluation electronics on the basis of the time of flight and/or a time of flight difference of the ultrasonic signal, characterized in that a hydraulic force change acting on the ultrasonic transducer via the fluid and caused by a fluid pressure change generates a voltage signal profile at the ultrasonic transducer , the voltage of the voltage signal profile being dependent on the strength and the duration of action of the hydraulic force change, the voltage signal profile is tapped off by the evaluation electronics , and a fluid pressure change is derived on the basis of the voltage of the voltage signal profile. a hydraulic force change acting on the ultrasonic transducer via the fluid and caused by a fluid pressure change generates a voltage signal profile at the ultrasonic transducer , the voltage of the voltage signal profile being dependent on the strength and the duration of action of the hydraulic force change, the voltage signal profile is tapped off by the evaluation electronics , and a fluid pressure change is derived on the basis of the voltage of the voltage signal profile.
Sensor arrangement for tracking a solar collector assembly, the sensor arrangement comprising a housing ; said housing comprising an inclination sensor and a camera ; said sensor arrangement comprising a shadow receiver ; said shadow receiver being arranged and adapted to receive the full shadow of a solar system's receiver tube; wherein the camera and the shadow receiver are arranged such that the camera may sense the full width of the receiver tube's shadow on the shadow receiver ; and wherein • the shadow receiver is attached to and extends from the housing , or • the shadow receiver is only partly contained in but extends from the housing . for tracking a solar collector assembly, the sensor arrangement comprising a housing ; said housing comprising an inclination sensor and a camera ; said sensor arrangement comprising a shadow receiver ; said shadow receiver being arranged and adapted to receive the full shadow of a solar system's receiver tube; wherein the camera and the shadow receiver are arranged such that the camera may sense the full width of the receiver tube's shadow on the shadow receiver ; and wherein • the shadow receiver is attached to and extends from the housing , or • the shadow receiver is only partly contained in but extends from the housing . • the shadow receiver is attached to and extends from the housing , or • the shadow receiver is only partly contained in but extends from the housing .
A liquid discharge head comprising: a housing ; a nozzle plate attached to the housing , the nozzle plate having a nozzle from which a liquid is to be discharged; a valve in the housing , the valve configured to move in an opening and closing direction and openably close the nozzle ; a driver having one end coupled to the valve in the opening and closing direction, the driver configured to drive the valve ; and a fixing member fixed to the housing and coupled to another end of the driver in the opening and closing direction, wherein the driver has a first linear expansion coefficient, each of the valve and the fixing member has a second linear expansion coefficient, the first linear expansion coefficient and the second linear expansion coefficient are reversed in positivity and negativity, and the driver is coupled to each of the valve and the fixing member via a heat transfer layer . a housing ; a nozzle plate attached to the housing , the nozzle plate having a nozzle from which a liquid is to be discharged; a valve in the housing , the valve configured to move in an opening and closing direction and openably close the nozzle ; a driver having one end coupled to the valve in the opening and closing direction, the driver configured to drive the valve ; and a fixing member fixed to the housing and coupled to another end of the driver in the opening and closing direction, wherein the driver has a first linear expansion coefficient, each of the valve and the fixing member has a second linear expansion coefficient, the first linear expansion coefficient and the second linear expansion coefficient are reversed in positivity and negativity, and the driver is coupled to each of the valve and the fixing member via a heat transfer layer .
A communication method performed by a communication apparatus, the method comprising: determining a quantity and a position of one or more control channel elements, CCEs, used by a control channel of a user equipment, wherein each of the one or more CCEs correspond to a plurality of resource element groups, REGs, the plurality of REGs form at least one REG bundle, any REG bundle in the at least one REG bundle comprises a plurality of resource blocks, RBs, that are consecutive or adjacent in time domain and/or frequency domain, and a CCE index of each of the one or more CCEs corresponds to a plurality of interleaved REG indexes of the plurality of REGs; and sending the control channel to the user equipment by using the one or more CCEs, wherein the method further comprises: performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes. determining a quantity and a position of one or more control channel elements, CCEs, used by a control channel of a user equipment, wherein each of the one or more CCEs correspond to a plurality of resource element groups, REGs, the plurality of REGs form at least one REG bundle, any REG bundle in the at least one REG bundle comprises a plurality of resource blocks, RBs, that are consecutive or adjacent in time domain and/or frequency domain, and a CCE index of each of the one or more CCEs corresponds to a plurality of interleaved REG indexes of the plurality of REGs; and sending the control channel to the user equipment by using the one or more CCEs, wherein the method further comprises: performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes. performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes.
Vessel comprising a hull having a center line , opposing sides and a substantially flat bottom , the vessel having a number of air lubricating systems , each system comprising sidewalls and a top wall defining a cavity with an opening situated in an interface plane that is transversely to the sidewalls, substantially at the level of the flat bottom, the opening having a front end and a rear end when seen in the length direction of the cavity and forming an air-water interface plane in which air is mixed into the water due to the Kelvin Helmholtz mixing effect, an air inlet spaced from the opening of the cavity, the cavity having a length (Lc) and characterized in that the cavity is substantially extending in a longitudinal direction of the hull , a distance of the top wall from the interface plane (Hc) and a width (W), wherein the ratio Lc/Hc is in the range of 7:1 to 13:1 further said vessel comprises a sharp bow and an accordingly shaped flat bottom, the ratio W/H is in the range of 1.3:1 to 2.5:1 and the ratio Lc/W is in the range of 3.5 to 1 to 7:1, wherein on each side of the center line of the vessel at least three cavities (54,54'-59,59') are distributed across the bottom in the length direction along a straight or curved line extending from the center line near the bow , to a respective side to form a V-shaped cavity distribution such that the cavities are following the hull shape, a rear part of the foremost cavities being situated closer to the bow , when seen along the center line , than a front part of the third cavities .
An adhesive tape dispenser having a guide function, comprising: a handle ; a retaining frame , disposed on the handle , the retaining frame having a pair of vertical plates ; a tape cutting unit , having a roller , a spindle and a blade that are located between the vertical plates , the roller is sleeved on the spindle , either end of the spindle has a screw hole ; a guide unit , the adhesive tape dispenser being characterized by the guide unit having a pair of guide plates located outside the respective vertical plates , the guide plates each having a fastener for fastening the guide plates to the respective vertical plates ; and in that the fastener is a knob, the fastener has a threaded portion , and the threaded portion of the fastener is screwed to a corresponding end of the spindle for the guide plates to be in a rotatable unlocked state or a non-rotatable locked state; and by a tape holding unit , having a pressing member , the pressing member being connected to the vertical plates , the pressing member being configured to install an adhesive tape roll . a handle ; a retaining frame , disposed on the handle , the retaining frame having a pair of vertical plates ; a tape cutting unit , having a roller , a spindle and a blade that are located between the vertical plates , the roller is sleeved on the spindle , either end of the spindle has a screw hole ; a guide unit , the adhesive tape dispenser being characterized by the guide unit having a pair of guide plates located outside the respective vertical plates , the guide plates each having a fastener for fastening the guide plates to the respective vertical plates ; and in that the fastener is a knob, the fastener has a threaded portion , and the threaded portion of the fastener is screwed to a corresponding end of the spindle for the guide plates to be in a rotatable unlocked state or a non-rotatable locked state; and by a tape holding unit , having a pressing member , the pressing member being connected to the vertical plates , the pressing member being configured to install an adhesive tape roll .
A system comprising: a non-volatile memory comprising blocks (118; 140; 150) each having a plurality of pages, characterized by a controller coupled to the memory and configured to: program pages in sequential order in a block (118; 140; 150) of the memory ; determine whether a threshold page with a particular page number in the block (118; 140; 150) of the memory is programmed; in response to determining that the threshold page is programmed, erase the block (118; 140; 150) according to a normal erase action; and in response to determining that the threshold page is not programmed, erase the block (118; 140; 150) according to a particular erasing action that is configured to erase the block (118; 140; 150) deeper than the normal erase action. a non-volatile memory comprising blocks (118; 140; 150) each having a plurality of pages, characterized by a controller coupled to the memory and configured to: program pages in sequential order in a block (118; 140; 150) of the memory ; determine whether a threshold page with a particular page number in the block (118; 140; 150) of the memory is programmed; in response to determining that the threshold page is programmed, erase the block (118; 140; 150) according to a normal erase action; and in response to determining that the threshold page is not programmed, erase the block (118; 140; 150) according to a particular erasing action that is configured to erase the block (118; 140; 150) deeper than the normal erase action. program pages in sequential order in a block (118; 140; 150) of the memory ; determine whether a threshold page with a particular page number in the block (118; 140; 150) of the memory is programmed; in response to determining that the threshold page is programmed, erase the block (118; 140; 150) according to a normal erase action; and in response to determining that the threshold page is not programmed, erase the block (118; 140; 150) according to a particular erasing action that is configured to erase the block (118; 140; 150) deeper than the normal erase action.
Frame structure for a motor vehicle body, having at least two profile members and a connection node which connects the profile members with one another, characterised in that at least one of the profile members has at least one console formed integrally from a plastic (K) fibre-reinforced with short fibres, which console is formed completely enclosing the profile member at the position concerned and is formed-fittingly fastened on the profile member and forms a projection-type supporting element at which other add-on parts be fastened or supported and/or with which the frame structure itself can be fastened or supported in the motor vehicle body.
A method, comprising: generating a heap of objects during an execution of a script; tracing script objects included in an unexecuted portion of the script to a corresponding set of memory locations on the heap; marking at least a portion of the heap concurrently with the execution of the script, wherein a marked heap includes reachable objects reachable by the unexecuted portion of the script, and wherein the marked heap further includes unreachable objects unreachable by the unexecuted portion of the script, the marking including utilizing an object graph to determine which objects are reachable and which objects are not reachable and the marking including traversal of objects on the heap in which every object that is reachable is assigned a "1", whereas every object that is not reachable is assigned a "0"; and freeing memory allocated to the unreachable objects, characterized in that the freeing is based on the marked heap and performed concurrently with the execution of the script and the freeing preserves the reachable objects in original storage locations of the heap . generating a heap of objects during an execution of a script; tracing script objects included in an unexecuted portion of the script to a corresponding set of memory locations on the heap; marking at least a portion of the heap concurrently with the execution of the script, wherein a marked heap includes reachable objects reachable by the unexecuted portion of the script, and wherein the marked heap further includes unreachable objects unreachable by the unexecuted portion of the script, the marking including utilizing an object graph to determine which objects are reachable and which objects are not reachable and the marking including traversal of objects on the heap in which every object that is reachable is assigned a "1", whereas every object that is not reachable is assigned a "0"; and freeing memory allocated to the unreachable objects, characterized in that the freeing is based on the marked heap and performed concurrently with the execution of the script and the freeing preserves the reachable objects in original storage locations of the heap .
A tablet comprising: from about 10 wt% to about 30 wt% of Compound 1 and/or tautomers thereof or a pharmaceutically acceptable salt or hydrate thereof from about 3 wt% to about 10 wt% of silicified microcrystalline cellulose, from about 5 wt% to about 20 wt% of mannitol, from about 0.25 wt% to about 2 wt% of polyvinylpyrrolidone, from about 25 wt% to about 80 wt% of anhydrous lactose, from about 2 wt% to about 3 wt% of croscarmellose sodium, and from about 1 wt% to about 2 wt% of magnesium stearate. from about 10 wt% to about 30 wt% of Compound 1 and/or tautomers thereof or a pharmaceutically acceptable salt or hydrate thereof from about 3 wt% to about 10 wt% of silicified microcrystalline cellulose, from about 5 wt% to about 20 wt% of mannitol, from about 0.25 wt% to about 2 wt% of polyvinylpyrrolidone, from about 25 wt% to about 80 wt% of anhydrous lactose, from about 2 wt% to about 3 wt% of croscarmellose sodium, and from about 1 wt% to about 2 wt% of magnesium stearate.
A torsional vibration damper-type pulley including: - a substantially annular body , and - reinforcements distributed about an axis (C) of said body of the pulley , each reinforcement having an angular offset (α, β) relative to a theoretical position for which this reinforcement would present, with all the other reinforcements of the pulley , a uniform angular distribution relative to the axis (C) of the pulley , characterized in that the angular offset (α, β) following a pseudorandom binary sequence (PRBS), a bit "1" or "0" corresponding respectively to a first angular offset (α) and to a second angular offset (β), and in that the pseudorandom binary sequence (PRBS) is calculated via an additive method of interference designated as Scrambler. - a substantially annular body , and - reinforcements distributed about an axis (C) of said body of the pulley , each reinforcement having an angular offset (α, β) relative to a theoretical position for which this reinforcement would present, with all the other reinforcements of the pulley , a uniform angular distribution relative to the axis (C) of the pulley , characterized in that the angular offset (α, β) following a pseudorandom binary sequence (PRBS), a bit "1" or "0" corresponding respectively to a first angular offset (α) and to a second angular offset (β), and in that the pseudorandom binary sequence (PRBS) is calculated via an additive method of interference designated as Scrambler.
Electrical machine , comprising a stator with stator windings and a guide device arranged on a front side for a cooling fluid flowing around winding heads of the electrical machine , wherein the guide device comprises - a body , with a recess delimited by an inner edge , for guiding through a shaft of the electrical machine , and - a first guide element , which protrudes from the body in the axial direction, extends in the peripheral direction at a first radial position lying between the inner edge and an outer edge of the body , and is arranged in the radial direction inside the winding heads of the stator windings , characterized in that the guide device is fixed to a bearing shield of the electrical machine and comprises a second guide element which protrudes from the body in the axial direction, extends in the peripheral direction at a second radial position lying between the first radial position and the outer edge of the body , and is arranged in the radial direction outside the winding heads , wherein the first guide element extends over at least 150 degrees in the peripheral direction, wherein the first guide element and the second guide element form two overlap regions extending in the peripheral direction, wherein an outlet opening for the cooling fluid is formed in the region of the center in the peripheral direction of the second guide element . - a body , with a recess delimited by an inner edge , for guiding through a shaft of the electrical machine , and - a first guide element , which protrudes from the body in the axial direction, extends in the peripheral direction at a first radial position lying between the inner edge and an outer edge of the body , and is arranged in the radial direction inside the winding heads of the stator windings ,
A noise filter comprising: - a first introduction wire having one end that serves as a first introduction end ; - a second introduction wire having one end that serves as a second introduction end ; - a third introduction wire having one end that serves as a third introduction end ; - a fourth introduction wire having one end that serves as a fourth introduction end ; - a first connection wire connecting another end of the first introduction wire and another end of the fourth introduction wire to each other; - a second connection wire connecting another end of the second introduction wire and another end of the third introduction wire to each other; - a first capacitor connected between the first introduction wire and the second introduction wire ; and - a second capacitor connected between the third introduction wire and the fourth introduction wire , wherein each of the first connection wire and the second connection wire includes a linear main portion, wherein the main portion of the first connection wire and the main portion of the second connection wire are parallel to each other, and wherein a direction that connects terminals of the first capacitor to each other is the same as a direction of the main portion; wherein the first connection wire and the second connection wire are partially parallel to each other in a same direction as a direction of a current flowing through the first capacitor . - a first introduction wire having one end that serves as a first introduction end ; - a second introduction wire having one end that serves as a second introduction end ; - a third introduction wire having one end that serves as a third introduction end ; - a fourth introduction wire having one end that serves as a fourth introduction end ; - a first connection wire connecting another end of the first introduction wire and another end of the fourth introduction wire to each other; - a second connection wire connecting another end of the second introduction wire and another end of the third introduction wire to each other; - a first capacitor connected between the first introduction wire and the second introduction wire ; and - a second capacitor connected between the third introduction wire and the fourth introduction wire , wherein each of the first connection wire and the second connection wire includes a linear main portion, wherein the main portion of the first connection wire and the main portion of the second connection wire are parallel to each other, and wherein a direction that connects terminals of the first capacitor to each other is the same as a direction of the main portion; wherein the first connection wire and the second connection wire are partially parallel to each other in a same direction as a direction of a current flowing through the first capacitor .