mhurhangee/ep-ind-claims huggingface dataset:
A set of at least three golf clubs having different club length L k, each of the golf clubs (14; 20) having a shaft with an upper end and a lower end, a grip section on the upper end of the shaft, and a head (23; 30; 40) with a ball-striking surface mounted on the lower end of the shaft, the club length L k,n of each golf club decreasing through the set, each golf club has a balance point length L BP,n defined from the distal end of the grip section to a balance point BP, and a club weight m k,n, wherein said golf clubs are designed based on calculated values of at least two torsional moments ICF n and PCF n as generated when swung by a golfer wherein each golf club n with a balance point length L BP,n and club weight m k,n fulfils the relationship: IC F n = PC F n L BP, n + L a ⋅ m k, n − a h ⋅ L BP, n ⋅ m k, n wherein PCF n is a first torsional moment at a rotational centre for a swing motion of the golfer for each golf club n, and ICF n is a second torsional moment at the wrists of the golfer for each of the at least three golf clubs, a h is a constant representing acceleration of the wrists of the golfer when hitting the ball and L a is a constant related to the golfer's arm length, wherein values (61, 65, 75; 63, 67, 77) of at least one of said first and second torsional moments PCF n and ICF n for each golf club n differ from each other, and said values of said at least one of said first and second_torsional moments form a linear function (71, 73) of club length L k.
An abrasive article comprising: a backing having opposed first and second major surfaces; an abrasive layer disposed on the first major surface; and being characterised by a plurality of protrusions extending outwardly from the second major surface, wherein the protrusions comprise a polymer having a Shore A hardness ranging from 5 to 90. a backing having opposed first and second major surfaces; an abrasive layer disposed on the first major surface; and being characterised by a plurality of protrusions extending outwardly from the second major surface, wherein the protrusions comprise a polymer having a Shore A hardness ranging from 5 to 90.
Device (200; 500) for actively discharging an electrical energy storage device (C1, C2, C3, 102, 114), comprising: - a branch comprising: • first and second ends (206, 208) intended to be connected respectively to positive and negative terminals of the electrical energy storage device (C1, C2, C3, 102, 114), and • between the two ends (206, 208), a thermistor having a resistance that increases with a temperature of the thermistor and a switch designed to receive a control signal (v GS) in order to change from an open state to a closed state, the thermistor and the switch being connected to one another so that, when the switch is closed, a discharge current (i D) enters through the first end, flows through the thermistor and the switch one after the other, and emerges through the second end; and - a device for controlling the switch; the control device being connected to the switch so as to provide the control signal (v GS) independently of the resistance of the thermistor, characterized in that the thermistor is designed to have a voltage representative of the discharge current (i D), which is measured by a verification module designed to send an error message when the measured voltage is different than a voltage expected according to a command of the switch. - a branch comprising: • first and second ends (206, 208) intended to be connected respectively to positive and negative terminals of the electrical energy storage device (C1, C2, C3, 102, 114), and • between the two ends (206, 208), a thermistor having a resistance that increases with a temperature of the thermistor and a switch designed to receive a control signal (v GS) in order to change from an open state to a closed state, the thermistor and the switch being connected to one another so that, when the switch is closed, a discharge current (i D) enters through the first end, flows through the thermistor and the switch one after the other, and emerges through the second end; and • first and second ends (206, 208) intended to be connected respectively to positive and negative terminals of the electrical energy storage device (C1, C2, C3, 102, 114), and • between the two ends (206, 208), a thermistor having a resistance that increases with a temperature of the thermistor and a switch designed to receive a control signal (v GS) in order to change from an open state to a closed state, the thermistor and the switch being connected to one another so that, when the switch is closed, a discharge current (i D) enters through the first end, flows through the thermistor and the switch one after the other, and emerges through the second end; and - a device for controlling the switch; the control device being connected to the switch so as to provide the control signal (v GS) independently of the resistance of the thermistor, characterized in that the thermistor is designed to have a voltage representative of the discharge current (i D), which is measured by a verification module designed to send an error message when the measured voltage is different than a voltage expected according to a command of the switch.
A method for providing maintenance to a receiver, comprising: determining a time series of test quantities for a receiver, the test quantities based on signal strength measurements collected at the receiver at plurality of time instances; and, receiving a figure of merit for the receiver, the figure of merit indicating an expected signal quality for the receiver, the method being characterised by applying linear regression to the time series of test quantities and the figure of merit to produce a linear function; determining a failure prediction for the receiver based on the linear function (320,400); and identifying the receiver for maintenance if the failure prediction indicates a future unacceptable signal strength for the receiver. determining a time series of test quantities for a receiver, the test quantities based on signal strength measurements collected at the receiver at plurality of time instances; and, receiving a figure of merit for the receiver, the figure of merit indicating an expected signal quality for the receiver, the method being characterised by applying linear regression to the time series of test quantities and the figure of merit to produce a linear function; determining a failure prediction for the receiver based on the linear function (320,400); and identifying the receiver for maintenance if the failure prediction indicates a future unacceptable signal strength for the receiver.
A pouch (10; 10') comprising: - an inner pouch comprising a bottom surface and opposite side walls extending upwardly from the bottom surface, said opposite side walls being associated to each other along at least one peripheral edge (24a, 24b, 24c) thereof, thereby delimiting a product-filling area; characterized in that the pouch comprises a pair of outer films, each overlying a respective one of said opposite side walls of the inner pouch, said outer films being associated to each other through a first seal (21, 23) at said at least one peripheral edge of the inner pouch; and in that the outer films are further associated to each other through a second seal (31, 33; 31', 33') spaced apart from the first seal (21, 23) with respect to the product-filling area, thereby delimiting between said first seal (21, 23) and second seal (31, 33; 31', 33') at least one inflatable chamber (34, 34'), said chamber being filled with an inert gas. - an inner pouch comprising a bottom surface and opposite side walls extending upwardly from the bottom surface, said opposite side walls being associated to each other along at least one peripheral edge (24a, 24b, 24c) thereof, thereby delimiting a product-filling area;
A method for determining the volume of a liquid sample having a known optical absorbance at a defined wavelength or optical spectrum, the method comprising: measuring an absorbance of a first volume of a liquid sample in a destination vessel based on an optical beam passing through the first volume of the liquid sample in the destination vessel, wherein the optical beam crosses an unconstrained liquid surface; dispensing a second volume of the liquid sample into the destination vessel; measuring an absorbance of the first and second volumes of the liquid sample in the destination vessel based on the optical beam passing through the first and second volumes of the liquid sample in the destination vessel, wherein the optical beam crosses the unconstrained liquid surface; and determining the second volume of the liquid sample based on a difference of the measurements of the absorbance of the first volume and the absorbance of the first and second volumes. measuring an absorbance of a first volume of a liquid sample in a destination vessel based on an optical beam passing through the first volume of the liquid sample in the destination vessel, wherein the optical beam crosses an unconstrained liquid surface; dispensing a second volume of the liquid sample into the destination vessel; measuring an absorbance of the first and second volumes of the liquid sample in the destination vessel based on the optical beam passing through the first and second volumes of the liquid sample in the destination vessel, wherein the optical beam crosses the unconstrained liquid surface; and determining the second volume of the liquid sample based on a difference of the measurements of the absorbance of the first volume and the absorbance of the first and second volumes.
A wind turbine tower, comprising at least one first and second tower segment (210, 220), wherein the first tower segment has a steel wall and at least one first opening as doorway, characterized in that the first tower segment further comprises at least one reinforcing element with a cured casting compound around an area of the first opening, wherein the reinforcing element has tooth elements fastened to the wall inside, and the cured casting compound is arranged on the wall inside around the first opening, wherein the tooth elements protrude into the cured casting compound. at least one first and second tower segment (210, 220), wherein the first tower segment has a steel wall and at least one first opening as doorway, characterized in that the first tower segment further comprises at least one reinforcing element with a cured casting compound around an area of the first opening, wherein the reinforcing element has tooth elements fastened to the wall inside, and the cured casting compound is arranged on the wall inside around the first opening, wherein the tooth elements protrude into the cured casting compound.
A computer implemented method of calculating a target dose of a coumarin in anticoagulant therapy in a patient, comprising: providing a coagulation calculator; performing a calculation operation, producing a result based on the calculation operation; and presenting the result of the calculation operation wherein the result of the calculation operation is a target dosage w ∗ of coumarin to achieve a desired International Normalisation Ratio value I ∗ wherein w ∗ is calculated according to equation w * = w − 1 / b log INR − 1 / I * − 1 _ wherein INR is the INR measured in the patient, I ∗ is the desired INR for the patient, b is a patient-specific parameter of the patient's sensitivity to the coumarin which is the slope of the dose-response curve at the dose expected to yield an INR at the mid-point of the therapeutic range, and w is the effective dose of the coumarin which is the patients regular dose after the stabilization time of the coumarin. providing a coagulation calculator; performing a calculation operation, producing a result based on the calculation operation; and presenting the result of the calculation operation wherein the result of the calculation operation is a target dosage w ∗ of coumarin to achieve a desired International Normalisation Ratio value I ∗ wherein w ∗ is calculated according to equation w * = w − 1 / b log INR − 1 / I * − 1 _ wherein INR is the INR measured in the patient, I ∗ is the desired INR for the patient, b is a patient-specific parameter of the patient's sensitivity to the coumarin which is the slope of the dose-response curve at the dose expected to yield an INR at the mid-point of the therapeutic range, and w is the effective dose of the coumarin which is the patients regular dose after the stabilization time of the coumarin.
A wheel carriage for a sliding door resting in sliding track, comprising: - a first wheel holder comprising at least two first wheel connection means, each adapted to removably connect one wheel, - a door carrier, movably connected to the first wheel holder and adapted to be attached to the upper part of a door panel, characterized in that it further comprises: - a second wheel holder comprising one attachment means adapted to be removably attached to one of the first wheel connection means and at least two second wheel connection means each adapted to connect one wheel, wherein each first and second wheel connection means (340, 820) comprises two connection points (341, 821) adapted to be connected on opposite sides of the wheel. - a first wheel holder comprising at least two first wheel connection means, each adapted to removably connect one wheel, - a door carrier, movably connected to the first wheel holder and adapted to be attached to the upper part of a door panel, - a second wheel holder comprising one attachment means adapted to be removably attached to one of the first wheel connection means and at least two second wheel connection means each adapted to connect one wheel, wherein each first and second wheel connection means (340, 820) comprises two connection points (341, 821) adapted to be connected on opposite sides of the wheel.
An isolated, synthetic or recombinant nucleic acid sequence selected from the group comprising: a) a nucleic acid sequence of SEQ ID NO: 1 that encodes a polypeptide capable of regulating terpene biosynthesis in a plant; b) a nucleic acid sequence that encodes a polypeptide capable of regulating terpene biosynthesis in a plant comprising an amino acid sequence of SEQ ID NO: 2 or an amino acid sequence that is at least 70% identical to the amino acid sequence of SEQ ID NO:2 over the full length; and c) a nucleic acid sequence that is at least 95% identical to the nucleic acid sequence of (a) over the full length, and encodes a polypeptide that is capable of regulating terpene biosynthesis in a plant. a) a nucleic acid sequence of SEQ ID NO: 1 that encodes a polypeptide capable of regulating terpene biosynthesis in a plant; b) a nucleic acid sequence that encodes a polypeptide capable of regulating terpene biosynthesis in a plant comprising an amino acid sequence of SEQ ID NO: 2 or an amino acid sequence that is at least 70% identical to the amino acid sequence of SEQ ID NO:2 over the full length; and c) a nucleic acid sequence that is at least 95% identical to the nucleic acid sequence of (a) over the full length, and encodes a polypeptide that is capable of regulating terpene biosynthesis in a plant.
A method performed at a Home eNodeB gateway, HeNB-GW,, comprising: determining whether a received overload message includes a traffic load reduction indication element; determining a percentage of network elements to which to relay the received overload message if the received overload message includes the traffic load reduction indication element; selecting ones of the network elements to which to send the received overload message based on the determined percentage; modifying the received overload message to change a value of the traffic load reduction indication element; and sending the modified message to the selected ones of the network elements. determining whether a received overload message includes a traffic load reduction indication element; determining a percentage of network elements to which to relay the received overload message if the received overload message includes the traffic load reduction indication element; selecting ones of the network elements to which to send the received overload message based on the determined percentage; modifying the received overload message to change a value of the traffic load reduction indication element; and sending the modified message to the selected ones of the network elements.
A compressor comprising: a cylinder that defines a compression space for compressing a refrigerant; a piston configured to reciprocate in the cylinder along an axis of the cylinder and having a first piston end and a second piston end opposite to the first end along the axis; a suction valve that is disposed at the first piston end of the piston; a plate that is disposed at the second piston end of the piston; a rod that extends along the axis and has a first rod end and a second rod end opposite to the first rod end along the axis, the first rod end being disposed at the first piston end of the piston and the second rod end being disposed at the plate; a fixing member disposed around the plate; and an elastic member comprising (i) an inner portion that is connected to the plate, (ii) an outer portion that is disposed around the inner portion and connected to the fixing member, and (iii) a connection portion that connects the inner portion to the outer portion, wherein the plate defines a flow hole configured to receive the refrigerant, and characterized in that the plate comprises an extension portion that extends from a circumference of the plate along the axis and connects to the inner portion of the elastic member. a cylinder that defines a compression space for compressing a refrigerant; a piston configured to reciprocate in the cylinder along an axis of the cylinder and having a first piston end and a second piston end opposite to the first end along the axis; a suction valve that is disposed at the first piston end of the piston; a plate that is disposed at the second piston end of the piston; a rod that extends along the axis and has a first rod end and a second rod end opposite to the first rod end along the axis, the first rod end being disposed at the first piston end of the piston and the second rod end being disposed at the plate; a fixing member disposed around the plate; and an elastic member comprising (i) an inner portion that is connected to the plate, (ii) an outer portion that is disposed around the inner portion and connected to the fixing member, and (iii) a connection portion that connects the inner portion to the outer portion, wherein the plate defines a flow hole configured to receive the refrigerant, and characterized in that the plate comprises an extension portion that extends from a circumference of the plate along the axis and connects to the inner portion of the elastic member.
A display apparatus comprising: a display; and a controller configured to: calculate an actual position indicated by a pointing position of a control device based on a user input; display a cursor, within a scrolling area, based on the calculated actual position; in response to a user input for moving the cursor from within the scrolling area to outside of the scrolling area through a boundary of the scrolling area in which a plurality of content items are displayed, determine a distance between the actual position calculated based on the user input for moving the cursor and the boundary of the scrolling area; and deform the shape of the cursor in response to the cursor contacting the boundary of the scrolling area and scroll the plurality of content items displayed in the scrolling area; wherein a magnitude of the deformation and scrolling speed is determined based on the said determined distance. a display; and a controller configured to: calculate an actual position indicated by a pointing position of a control device based on a user input; display a cursor, within a scrolling area, based on the calculated actual position; in response to a user input for moving the cursor from within the scrolling area to outside of the scrolling area through a boundary of the scrolling area in which a plurality of content items are displayed, determine a distance between the actual position calculated based on the user input for moving the cursor and the boundary of the scrolling area; and deform the shape of the cursor in response to the cursor contacting the boundary of the scrolling area and scroll the plurality of content items displayed in the scrolling area; wherein a magnitude of the deformation and scrolling speed is determined based on the said determined distance. calculate an actual position indicated by a pointing position of a control device based on a user input; display a cursor, within a scrolling area, based on the calculated actual position; in response to a user input for moving the cursor from within the scrolling area to outside of the scrolling area through a boundary of the scrolling area in which a plurality of content items are displayed, determine a distance between the actual position calculated based on the user input for moving the cursor and the boundary of the scrolling area; and deform the shape of the cursor in response to the cursor contacting the boundary of the scrolling area and scroll the plurality of content items displayed in the scrolling area; wherein a magnitude of the deformation and scrolling speed is determined based on the said determined distance.
A computer-implemented method comprising: receiving a request at a protected device to communicate with a second device, the request including information associated with the second device; accessing a list of trusted devices; and configuring a firewall associated with the protected device to allow communication between the protected device and the second device only if the information associated with the second device correlates to information on the list of trusted devices, wherein allowing communication includes enabling one or more types of communication between the protected device and the second device consistent with a policy associated with the list of trusted devices, the types of communication including rights to write data and/or commands to the protected device, rights to change settings on the protected device, and/or rights to read-only actions with the protected device. receiving a request at a protected device to communicate with a second device, the request including information associated with the second device; accessing a list of trusted devices; and configuring a firewall associated with the protected device to allow communication between the protected device and the second device only if the information associated with the second device correlates to information on the list of trusted devices, wherein allowing communication includes enabling one or more types of communication between the protected device and the second device consistent with a policy associated with the list of trusted devices, the types of communication including rights to write data and/or commands to the protected device, rights to change settings on the protected device, and/or rights to read-only actions with the protected device.