mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a flood barrier element (1; 1') having a body (3; 3') provided with a rear side (5; 5') with which the flood barrier element abuts against the flood defense during use and a water-facing front side (7; 7'), the flood barrier element comprises a solar panel provided with a sun-facing top side and a underside with which the solar panel is attached on the front side (7; 7') of the body (3; 3'), in which method a solar panel is placed with the top on the bottom of a mold and an adhesive layer is applied to the underside of the solar panel , then concrete is poured into the mold on the underside of the solar panel , after which the concrete hardens to a concrete body , characterized in that after applying the adhesive layer to the underside of the solar panel and before the concrete is poured on the underside of the solar panel , granular material is sprinkled on the adhesive layer that has not yet hardened, after which the concrete is poured on the underside of the solar panel .
Apparatus , comprising: at least one electromagnetic induction coil (Lp1-Lpx), and a detection device for detecting a short circuit in the at least one electromagnetic induction coil, wherein the detection device comprises a detection coil (Ls1-Lsx) independent of the at least one electromagnetic induction coil and a detection circuit coupled to the detection coil, wherein the detection coil (Ls1-Lsx) is arranged such that the detection coil is inductively coupled to the at least one electromagnetic induction coil (Lp1-Lpx), and wherein the detection circuit is configured to: connect the detection coil (Ls1-Lsx) to a power supply and apply a first electric signal to the detection coil in order to induce an electric current in the at least one electromagnetic induction coil (Lp1-Lpx), and disconnect the detection coil (Ls1-Lsx) from the power supply , characterised in that the detection circuit is configured to determine a frequency of a second electric signal induced in the detection coil (Ls1-Lsx) following the first electric signal. at least one electromagnetic induction coil (Lp1-Lpx), and a detection device for detecting a short circuit in the at least one electromagnetic induction coil, wherein the detection device comprises a detection coil (Ls1-Lsx) independent of the at least one electromagnetic induction coil and a detection circuit coupled to the detection coil, wherein the detection coil (Ls1-Lsx) is arranged such that the detection coil is inductively coupled to the at least one electromagnetic induction coil (Lp1-Lpx), and wherein the detection circuit is configured to: connect the detection coil (Ls1-Lsx) to a power supply and apply a first electric signal to the detection coil in order to induce an electric current in the at least one electromagnetic induction coil (Lp1-Lpx), and disconnect the detection coil (Ls1-Lsx) from the power supply , characterised in that the detection circuit is configured to determine a frequency of a second electric signal induced in the detection coil (Ls1-Lsx) following the first electric signal. connect the detection coil (Ls1-Lsx) to a power supply and apply a first electric signal to the detection coil in order to induce an electric current in the at least one electromagnetic induction coil (Lp1-Lpx), and disconnect the detection coil (Ls1-Lsx) from the power supply , characterised in that the detection circuit is configured to determine a frequency of a second electric signal induced in the detection coil (Ls1-Lsx) following the first electric signal.
A communication control apparatus , comprising: an acquisition unit that acquires information on a plurality of second wireless systems that perform wireless communication by utilizing a radio wave of a frequency band used by a first wireless system; a first determination unit that determines, based on the information on the second wireless systems, an operation parameter regarding radio transmission of each of the second wireless systems so as to satisfy a protection standard regarding interference of the radio wave of the first wireless system; a calculation unit that calculates a residual interference quantity that is allowed to be additionally allocated to the second wireless systems based on the operation parameter determined by the first determination unit and the protection standard of the first wireless system; a classification unit that classifies the second wireless systems into a single or a plurality of sets; and a second determination unit that determines, based on information on the residual interference quantity, an adjustment quantity of the operation parameter of the second wireless system belonging to a prescribed set out of the single or plurality of sets. an acquisition unit that acquires information on a plurality of second wireless systems that perform wireless communication by utilizing a radio wave of a frequency band used by a first wireless system; a first determination unit that determines, based on the information on the second wireless systems, an operation parameter regarding radio transmission of each of the second wireless systems so as to satisfy a protection standard regarding interference of the radio wave of the first wireless system; a calculation unit that calculates a residual interference quantity that is allowed to be additionally allocated to the second wireless systems based on the operation parameter determined by the first determination unit and the protection standard of the first wireless system; a classification unit that classifies the second wireless systems into a single or a plurality of sets; and a second determination unit that determines, based on information on the residual interference quantity, an adjustment quantity of the operation parameter of the second wireless system belonging to a prescribed set out of the single or plurality of sets.
A motor with a built-in power conversion circuit comprising: a printed-circuit board on which a power conversion circuit including a package of a surface-mount main circuit device is mounted; a stator provided on a stator-side surface of the printed-circuit board that is opposite to a mounting surface having the main circuit device ; characterised in that the motor further comprises: a cup having a cylindrical shape with a closed end and providing a space therein in which a fluid flows, the cup being provided on an inner side of the stator such that the closed end of the cup is in contact with or in proximity to the stator-side surface of the printed-circuit board ; and a heat-transferring copper foil provided over an area of the stator-side surface of the printed-circuit board , the area facing the closed end of the cup , wherein, in the main circuit device , a heat spreader is bonded to one of two surfaces of a device chip included in the package, the one of the two surfaces facing toward the printed-circuit board , and the heat spreader is coupled to the heat-transferring copper foil via a through hole penetrating through the printed-circuit board . a printed-circuit board on which a power conversion circuit including a package of a surface-mount main circuit device is mounted; a stator provided on a stator-side surface of the printed-circuit board that is opposite to a mounting surface having the main circuit device ; a cup having a cylindrical shape with a closed end and providing a space therein in which a fluid flows, the cup being provided on an inner side of the stator such that the closed end of the cup is in contact with or in proximity to the stator-side surface of the printed-circuit board ; and a heat-transferring copper foil provided over an area of the stator-side surface of the printed-circuit board , the area facing the closed end of the cup , wherein, in the main circuit device , a heat spreader is bonded to one of two surfaces of a device chip included in the package, the one of the two surfaces facing toward the printed-circuit board , and the heat spreader is coupled to the heat-transferring copper foil via a through hole penetrating through the printed-circuit board .
Apparatus for exercise of the musculature and mobility of the joints in the neck, wherein the apparatus comprises: a base with a first end; an upper part having an elongated shape; a connecting element connecting the upper part and the base , wherein the upper part , the base and the connecting element define a space in which the head of a user can be placed; and a cradle attached to the upper part in which the head of the user can rest, characterised in that a neck support is attached at the first end of the base, said cradle is attached to the upper part via a slide able mechanism , and the upper part curves downwards at its end so as to keep a distance from the cradle to the slide able mechanism relatively the same as the slide able mechanism is moved. a base with a first end; an upper part having an elongated shape; a connecting element connecting the upper part and the base , wherein the upper part , the base and the connecting element define a space in which the head of a user can be placed; and a cradle attached to the upper part in which the head of the user can rest, characterised in that a neck support is attached at the first end of the base, said cradle is attached to the upper part via a slide able mechanism , and the upper part curves downwards at its end so as to keep a distance from the cradle to the slide able mechanism relatively the same as the slide able mechanism is moved.
An electrochemical measurement apparatus, comprising a glass electrode that is equipped with responsive glass containing Me 2 O 3 , wherein Me is lanthanide, and a reference electrode having a reference electrode internal solution containing a copolymerization of a cross-linking agent having a plurality of functional groups excluding acrylamide, and a monofunctional hydrophilic monomer excluding acrylamide, wherein the cross-linking agent is an acrylate or methacrylate, and wherein the hydrophilic monomer is an acrylate or methacrylate.
A device for forcibly inserting a surgical implant into a receiving bone, by impaction, comprising: an impactor adapted for impacting an impact surface coupled to the implant and exerting an impact force on the implant, at least one sensor associated with the impactor , and a processing unit connected to the sensor , the sensor being capable of measuring a magnitude out of the impact force exerted and the deformation of the impactor , and of providing a measurement signal representing the temporal variation of said magnitude during an impact, the processing unit being configured to calculate, on the basis of the temporal variation of said magnitude during the impact, an indicator (IN1) representative of the level of contact between the implant and the receiving bone, characterized in that the indicator (IN1) corresponds to the duration of a time window, the start of the time window being defined with respect to an instant (t1) corresponding to the first peak (P1) of maximum amplitude of the measurement signal and the end of the time window being defined with respect to an instant (t2) corresponding to the second peak of maximum amplitude (P2) of the measurement signal. an impactor adapted for impacting an impact surface coupled to the implant and exerting an impact force on the implant, at least one sensor associated with the impactor , and a processing unit connected to the sensor , the sensor being capable of measuring a magnitude out of the impact force exerted and the deformation of the impactor , and of providing a measurement signal representing the temporal variation of said magnitude during an impact, the processing unit being configured to calculate, on the basis of the temporal variation of said magnitude during the impact, an indicator (IN1) representative of the level of contact between the implant and the receiving bone, characterized in that the indicator (IN1) corresponds to the duration of a time window, the start of the time window being defined with respect to an instant (t1) corresponding to the first peak (P1) of maximum amplitude of the measurement signal and the end of the time window being defined with respect to an instant (t2) corresponding to the second peak of maximum amplitude (P2) of the measurement signal.
Method for calling a weighing function of a labouring machine that, in order to receive loads, has a boom having one or more boom elements that can be moved by one or more actuators that act independently of one another, wherein there is provision for sensors designed to capture state data relating to the boom, and wherein the weighing function is designed to evaluate captured state data in order to determine a weight of a load received by the boom; characterized in that by a controller or a weighing function controller of the labouring machine: checking whether at least one actuator of the one or more actuators is idle; if at least one actuator is idle, starting a minimum motion of the at least one actuator that is idle, the at least one actuator being driven to set it in the minimum motion, the minimum motion being controlled such that a speed of the minimum motion is less than a predetermined maximum speed; calling the weighing function, with the result that at least one weighing time is within a time period in which the at least one actuator is being moved in accordance with the minimum motion; and terminating the minimum motion. checking whether at least one actuator of the one or more actuators is idle; if at least one actuator is idle, starting a minimum motion of the at least one actuator that is idle, the at least one actuator being driven to set it in the minimum motion, the minimum motion being controlled such that a speed of the minimum motion is less than a predetermined maximum speed; calling the weighing function, with the result that at least one weighing time is within a time period in which the at least one actuator is being moved in accordance with the minimum motion; and terminating the minimum motion.
Connection device for coupling a pressurised gas container for storage of pressurised gases, especially carbon dioxide, which container is provided with a connection coupling , characterised by - a guide device , which is pivotable about a pivot axis between a first pivoted position and a second pivoted position, the guide device having, at its end remote from the pivot axis, an opening which is configured for insertion of the pressurised gas container to be coupled in an insertion direction running radially with respect to the pivot axis, and - a plug-in nipple which is rigidly arranged on the connection device and which projects into an inner region of the guide device in such a way that its longitudinal axis runs in a radial direction with respect to the pivot axis of the guide device and, in the first pivoted position of the guide device , is located parallel to the insertion direction. - a guide device , which is pivotable about a pivot axis between a first pivoted position and a second pivoted position, the guide device having, at its end remote from the pivot axis, an opening which is configured for insertion of the pressurised gas container to be coupled in an insertion direction running radially with respect to the pivot axis, and - a plug-in nipple which is rigidly arranged on the connection device and which projects into an inner region of the guide device in such a way that its longitudinal axis runs in a radial direction with respect to the pivot axis of the guide device and, in the first pivoted position of the guide device , is located parallel to the insertion direction.
A tetracarboxylic dianhydride of formula : wherein A is an optionally substituted divalent aromatic group wherein the aromatic ring has 6-30 carbon atoms, and R 1 each independently is H or C 1-10 -alkyl.
A flame-retardant polycarbonate resin composition characterized in that it comprises, based on 100 parts by weight of a resin component consisting of (A) 40 to 100 parts by weight of a polycarbonate resin (component A) and (B) 60 to 0 parts by weight of a polyester resin (component B), (CI) 0 to 30 parts by weight of a polymer obtained by polymerizing at least one selected from the group consisting of an aromatic vinyl monomer, a vinyl cyanide monomer, and an alkyl (meth) acrylate monomer (component CI), (CII) 1 to 10 parts by weight of an impact modifier other than the component CI (component CII), (D) 1 to 20 parts by weight of phosphazene having 98.5 mol % or more of phosphazene cyclic trimer (component D), and (E) 0.05 to 2 parts by weight of a dripping inhibitor (component E). (CI) 0 to 30 parts by weight of a polymer obtained by polymerizing at least one selected from the group consisting of an aromatic vinyl monomer, a vinyl cyanide monomer, and an alkyl (meth) acrylate monomer (component CI), (CII) 1 to 10 parts by weight of an impact modifier other than the component CI (component CII), (D) 1 to 20 parts by weight of phosphazene having 98.5 mol % or more of phosphazene cyclic trimer (component D), and (E) 0.05 to 2 parts by weight of a dripping inhibitor (component E).
A spacecraft thrusters control system adapted to find a solution to a linear programming problem of optimizing an objective function of a variable vector and a cost vector under constraints represented by simultaneous formulas having a given constraint coefficient matrix, a periodically varying constraint vector, and the variable vector including a variable having a variable dimensionality different from a constraint dimensionality of the constraint vector, the system comprising: a dual solution candidate searcher to receive an input of information about the constraint coefficient matrix and the cost vector, determine a dual problem of the linear programming problem being a primal problem and all active sets representing combinations of active formulas in constraints of the dual problem, find, for each of the active sets, a feasible dual solution candidate meeting the constraints, and store the feasible dual solution candidate into a storage in a manner associated with a corresponding one of the active sets; and an optimal solution calculation device to receive an input of the constraint vector, select an optimal one of the active sets as an optimal active set based on an inner product of the constraint vector and the feasible dual solution candidate stored in the storage , and find and output a basic feasible solution corresponding to the selected optimal active set as an optimal solution; wherein the optimal solution represents injection quantity for the spacecraft thrusters . a dual solution candidate searcher to receive an input of information about the constraint coefficient matrix and the cost vector, determine a dual problem of the linear programming problem being a primal problem and all active sets representing combinations of active formulas in constraints of the dual problem, find, for each of the active sets, a feasible dual solution candidate meeting the constraints, and store the feasible dual solution candidate into a storage in a manner associated with a corresponding one of the active sets; and an optimal solution calculation device to receive an input of the constraint vector, select an optimal one of the active sets as an optimal active set based on an inner product of the constraint vector and the feasible dual solution candidate stored in the storage , and find and output a basic feasible solution corresponding to the selected optimal active set as an optimal solution; wherein the optimal solution represents injection quantity for the spacecraft thrusters .
An ultrasonic consumption meter comprising: a flow channel for the media to be measured, two ultrasonic transducers for emitting and receiving ultrasound, an electronic circuit for operating the meter, a housing for the transducers and the electronic circuit, wherein the two transducers are situated in the housing , and a locking mechanism that locks the housing in position relative to the flow channel, characterized in that the housing is configured such that the parts of the housing, in which the two transducers are situated, can get into contact with the media, and the flow channel has two holes for allowing the parts of the housing, in which the two transducers are situated, to get into contact with the media, so that ultrasound transmitted from the two ultrasonic transducers through the housing will enter easily into the media streaming in the flow channel . a flow channel for the media to be measured, two ultrasonic transducers for emitting and receiving ultrasound, an electronic circuit for operating the meter, a housing for the transducers and the electronic circuit, wherein the two transducers are situated in the housing , and a locking mechanism that locks the housing in position relative to the flow channel, the housing is configured such that the parts of the housing, in which the two transducers are situated, can get into contact with the media, and the flow channel has two holes for allowing the parts of the housing, in which the two transducers are situated, to get into contact with the media, so that ultrasound transmitted from the two ultrasonic transducers through the housing will enter easily into the media streaming in the flow channel .
Method for making an electrical connection between an electronic chip and a carrier plate on which this chip is mounted, comprising the following steps of: installing at least one electrical connection wire between an exposed electrical connection pad of the chip and an exposed electrical connection pad of the support plate and making electrical junctions between the ends of the wire and the pads, producing a dielectric layer made of a dielectric material over an area of the electronic chip and of the carrier plate, including the electrical connection wire, the junctions and the pads, by dispensing a determined amount of the dielectric material in the liquid state and hardening this dielectric material, such that this dielectric layer produces a local dielectric coating which surrounds the electrical connection wire and covers the junctions and the pads, and producing a local conductive shield made of an electrically conductive material, which at least partially covers the local dielectric coating, by locally dispensing a determined amount of an electrically conductive material in the liquid state, in the form of a calibrated drop which flows by capillary or wetting effect, by means of a controlled tool comprising a controlled dispensing syringe , and hardening this conductive material, so as to produce a shield around the electrical connection wire and the junctions. installing at least one electrical connection wire between an exposed electrical connection pad of the chip and an exposed electrical connection pad of the support plate and making electrical junctions between the ends of the wire and the pads, producing a dielectric layer made of a dielectric material over an area of the electronic chip and of the carrier plate, including the electrical connection wire, the junctions and the pads, by dispensing a determined amount of the dielectric material in the liquid state and hardening this dielectric material, such that this dielectric layer produces a local dielectric coating which surrounds the electrical connection wire and covers the junctions and the pads, and producing a local conductive shield made of an electrically conductive material, which at least partially covers the local dielectric coating, by locally dispensing a determined amount of an electrically conductive material in the liquid state, in the form of a calibrated drop which flows by capillary or wetting effect, by means of a controlled tool comprising a controlled dispensing syringe , and hardening this conductive material, so as to produce a shield around the electrical connection wire and the junctions.