mhurhangee/ep-ind-claims huggingface dataset:
A method for laying out graphical icons comprising the steps of: determining a plurality of icons; assigning the plurality of icons to rows where no row contains more than N icons; determining an abacus attribute associated with each icon of the plurality of icons; determining a sorting attribute associated with each icon of the plurality of icons; assigning icons to rows based on the sorting attribute comprising determining an ordered list of icons based on the sorting attribute, wherein a new row is begun below a current row whenever the number of icons in the current row exceeds or equals a maximum number of icons allowed per row; assigning icons to groups based on the ordered list of icons and the abacus attribute in which a plurality of abacus groups is determined for each row, and icons in each abacus group are placed in successive portions of each row comprising sorting the icons of each row using the abacus attribute and sorting the icons within the abacus groups using the sorting attribute; and each portion of each row is separated by an inter-group indicator; laying out the icons associated with each row in a display space wide enough to contain N+ k icons for some non-negative number k, in which k is at least one of: a positive integer, 0, a non-negative integer plus a fraction; and placing the icons in the display space. determining a plurality of icons; assigning the plurality of icons to rows where no row contains more than N icons; determining an abacus attribute associated with each icon of the plurality of icons; determining a sorting attribute associated with each icon of the plurality of icons; assigning icons to rows based on the sorting attribute comprising determining an ordered list of icons based on the sorting attribute, wherein a new row is begun below a current row whenever the number of icons in the current row exceeds or equals a maximum number of icons allowed per row; assigning icons to groups based on the ordered list of icons and the abacus attribute in which a plurality of abacus groups is determined for each row, and icons in each abacus group are placed in successive portions of each row comprising sorting the icons of each row using the abacus attribute and sorting the icons within the abacus groups using the sorting attribute; and each portion of each row is separated by an inter-group indicator; laying out the icons associated with each row in a display space wide enough to contain N+ k icons for some non-negative number k, in which k is at least one of: a positive integer, 0, a non-negative integer plus a fraction; and placing the icons in the display space.
An RTM molding system comprising; a mold having a molded body comprising a reinforcement fiber material disposed therein; a resin injection line communicating to the interior of the mold; and a suction line configured to decrease the inner pressure of the mold; characterized in that the molded body is impregnated with a resin composition by injection of the resin composition into the mold so as to obtain a fiber reinforced plastic molded body; wherein the resin composition is a resin composition of the chain curing type; a CCP accommodating layer containing the CCP, disposed adjacent to the outer side of the molded body, and provided with a fiber volume content (Vf) limit value which is defined by the curing characteristics of the CCP and the characteristics of dissipation of heat from the CCP into the mold; and means for separating the molded body and the CCP accommodating layer, wherein the separating means are disposed between the molded body and the CCP accommodating layer.
A pump impeller (11; 21) for a non-clogging submerged pump for sewage comprising: a substantially cylindrical body; an intake port (15; 25) provided in a center of a lower end surface of the body; a plurality of discharge ports (17A, 17B; 27A, 27B, 27C) that are open in a side surface of the body; and a plurality of flow channels, each flow channel passing from a common intake port to one of the discharge ports within the body, and each flow channel being disposed at an equal angular interval around the central axis of rotation, the flow channels (13A, 13B; 23A, 23B, 23C) have their size, shape, and position defined such that fluid unbalance is reduced with respect to an axis of rotation, a cross-sectional shape of the flow channels (13A, 13B; 23A, 23B, 23C) changes from circular to generally rectangular or elliptic from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), and each flow channel (13A, 13B; 23A, 23B, 23C) includes a transitional portion from the direction of the axis of rotation to the radially outward direction, the transitional portion being formed of a continuous curve, wherein a cross-sectional area of the flow channel (13A, 13B; 23A, 23B, 23C) varies between the intake port (15; 25) and the discharge port (17A, 17B; 27A, 27B, 27C) such that the cross-sectional area of the flow channels (13A, 13B; 23A, 23B, 23C) is gradually changed from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), or is constant in a predetermined section and constant at a different scale in other sections. a substantially cylindrical body; an intake port (15; 25) provided in a center of a lower end surface of the body; a plurality of discharge ports (17A, 17B; 27A, 27B, 27C) that are open in a side surface of the body; and a plurality of flow channels, each flow channel passing from a common intake port to one of the discharge ports within the body, and each flow channel being disposed at an equal angular interval around the central axis of rotation, the flow channels (13A, 13B; 23A, 23B, 23C) have their size, shape, and position defined such that fluid unbalance is reduced with respect to an axis of rotation, a cross-sectional shape of the flow channels (13A, 13B; 23A, 23B, 23C) changes from circular to generally rectangular or elliptic from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), and each flow channel (13A, 13B; 23A, 23B, 23C) includes a transitional portion from the direction of the axis of rotation to the radially outward direction, the transitional portion being formed of a continuous curve, wherein a cross-sectional area of the flow channel (13A, 13B; 23A, 23B, 23C) varies between the intake port (15; 25) and the discharge port (17A, 17B; 27A, 27B, 27C) such that the cross-sectional area of the flow channels (13A, 13B; 23A, 23B, 23C) is gradually changed from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), or is constant in a predetermined section and constant at a different scale in other sections.
An airfoil comprising: a cooling passage; at least one disk body (2100, 2101, 2102) disposed on an inner wall of the cooling passage and configured to reduce a flow cross-sectional area of the cooling passage to increase a fluid pressure of cooling fluid flowing through the cooling passage; and at least one through-hole (2200, 2201, 2202) formed in each of the at least one disk body such that the cooling fluid flows through the at least one through-hole and forms a vortex on a downstream side of the at least one through-hole; characterized in that each of the at least one through-hole (2200, 2201, 2202) is formed in a direction inclined at a predetermined angle with respect to a radial direction of the airfoil such that the cooling fluid diffuses in a vortex shape toward and collides with the inner wall of the cooling passage. a cooling passage; at least one disk body (2100, 2101, 2102) disposed on an inner wall of the cooling passage and configured to reduce a flow cross-sectional area of the cooling passage to increase a fluid pressure of cooling fluid flowing through the cooling passage; and at least one through-hole (2200, 2201, 2202) formed in each of the at least one disk body such that the cooling fluid flows through the at least one through-hole and forms a vortex on a downstream side of the at least one through-hole; characterized in that each of the at least one through-hole (2200, 2201, 2202) is formed in a direction inclined at a predetermined angle with respect to a radial direction of the airfoil such that the cooling fluid diffuses in a vortex shape toward and collides with the inner wall of the cooling passage.
A vehicle brake hydraulic pressure control apparatus configured to perform a vehicle hold control which controls a brake hydraulic pressure when a vehicle comes to a halt, comprising: a behavior determination section configured to determine whether or not a behaving amount in a lateral direction of the vehicle is equal to or larger than a first threshold (Yth); and an operation determination section configured to determine whether or not a control member (ST, BP, SW) provided to control the vehicle is operated, characterized in that the vehicle hold control is configured to be canceled when the behavior determination section determines that the behaving amount is equal to or larger than the first threshold (Yth) and the operation determination section determines that the control member (ST, BP, SW) is operated. a behavior determination section configured to determine whether or not a behaving amount in a lateral direction of the vehicle is equal to or larger than a first threshold (Yth); and an operation determination section configured to determine whether or not a control member (ST, BP, SW) provided to control the vehicle is operated, characterized in that the vehicle hold control is configured to be canceled when the behavior determination section determines that the behaving amount is equal to or larger than the first threshold (Yth) and the operation determination section determines that the control member (ST, BP, SW) is operated.
A communications device (20) comprising: pre-processing circuitry operable for processing a received wideband complex signal including an undesired narrowband interference component therein, and for determining a frequency of the undesired narrowband interference component; a filter downstream from said pre-processing circuitry and operable to generate a received wideband complex signal with at least one frequency notch therein to suppress the undesired narrowband interference component, said filter comprising a Fast Fourier Transform block downstream from a FIR filter and having a length N so that filter transition regions occur between frequency bins of said FFT block, a notching block downstream from said FFT block and operable to generate at least one frequency notch, and an Inverse Fast Fourier Transform (IFFT) block downstream from said notching block and having the length N; and a demodulator downstream from said filter; and characterized in that the filter further comprises the finite impulse response filter comprising L taps to generate N output values, with L > N. pre-processing circuitry operable for processing a received wideband complex signal including an undesired narrowband interference component therein, and for determining a frequency of the undesired narrowband interference component; a filter downstream from said pre-processing circuitry and operable to generate a received wideband complex signal with at least one frequency notch therein to suppress the undesired narrowband interference component, said filter comprising a Fast Fourier Transform block downstream from a FIR filter and having a length N so that filter transition regions occur between frequency bins of said FFT block, a notching block downstream from said FFT block and operable to generate at least one frequency notch, and an Inverse Fast Fourier Transform (IFFT) block downstream from said notching block and having the length N; and a demodulator downstream from said filter; and characterized in that the filter further comprises the finite impulse response filter comprising L taps to generate N output values, with L > N. a Fast Fourier Transform block downstream from a FIR filter and having a length N so that filter transition regions occur between frequency bins of said FFT block, a notching block downstream from said FFT block and operable to generate at least one frequency notch, and an Inverse Fast Fourier Transform (IFFT) block downstream from said notching block and having the length N; and a demodulator downstream from said filter; and characterized in that the filter further comprises the finite impulse response filter comprising L taps to generate N output values, with L > N.
( Amended) A polymer-metal complex crystal including a guest compound, the polymer-metal complex crystal comprising a polymer-metal complex represented by [[M 2] 3 2] n wherein M is a zinc ion or a cobalt ion, X is a monovalent anion, L is a tridentate ligand represented by a formula, wherein Ar is a substituted or unsubstituted trivalent aromatic group, X 1 to X 3 are independently a divalent organic group, or a single bond that directly bonds Ar and Y 1, Y 2, or Y 3, and Y 1 to Y 3 are independently a monovalent organic group having a coordinating moiety, and n is an arbitrary natural number), the polymer-metal complex having a three-dimensional network structure that is formed by the metal ion and the ligand that is coordinated to the metal ion, and having pores and voids that are three-dimensionally arranged in the three-dimensional network structure in an ordered manner, at least one compound selected from a group consisting of an aliphatic hydrocarbon, an alicyclic hydrocarbon, an ether, an ester, an aromatic hydrocarbon selected from a group consisting of benzene, toluene, xylene, mesitylene, naphthalene, and phenanthrene, a halogenated hydrocarbon, and a nitrile being included in the pores and the voids as a guest compound, and a ratio of an amount of the guest compound present in the pores and the voids to a total amount of the guest compound included in the pores and the voids being 75 mol% or more. wherein Ar is a substituted or unsubstituted trivalent aromatic group, X 1 to X 3 are independently a divalent organic group, or a single bond that directly bonds Ar and Y 1, Y 2, or Y 3, and Y 1 to Y 3 are independently a monovalent organic group having a coordinating moiety, and n is an arbitrary natural number), the polymer-metal complex having a three-dimensional network structure that is formed by the metal ion and the ligand that is coordinated to the metal ion, and having pores and voids that are three-dimensionally arranged in the three-dimensional network structure in an ordered manner, at least one compound selected from a group consisting of an aliphatic hydrocarbon, an alicyclic hydrocarbon, an ether, an ester, an aromatic hydrocarbon selected from a group consisting of benzene, toluene, xylene, mesitylene, naphthalene, and phenanthrene, a halogenated hydrocarbon, and a nitrile being included in the pores and the voids as a guest compound, and a ratio of an amount of the guest compound present in the pores and the voids to a total amount of the guest compound included in the pores and the voids being 75 mol% or more.
A device for assisting recovery from dysphagia by treatment at periodic pre-determined intervals with electrical pharyngeal stimulation comprising: a catheter suitable for insertion through the nose or mouth of the patient into the body of a patient, for the introduction of nutrients to the stomach of said patient; and electrodes located on a surface of the catheter, the electrodes being positioned such that when the catheter is inserted through the nose or mouth of the patient. the electrodes are in a suitable position for applying electrical pharyngeal stimulation, and a catheter position indicator in the form of a visible mark on an external surface of the catheter arranged to indicate when the catheter is located in a predetermined position within a patient suitable for applying electrical pharyngeal stimulation, and an electrical signal generator which has the capacity to measure electrical impedance for determining when said electrodes are in good electrical contact with and suitable for applying electrical pharyngeal stimulation to the pharyngeal mucosa of the patient. a catheter suitable for insertion through the nose or mouth of the patient into the body of a patient, for the introduction of nutrients to the stomach of said patient; and electrodes located on a surface of the catheter, the electrodes being positioned such that when the catheter is inserted through the nose or mouth of the patient. the electrodes are in a suitable position for applying electrical pharyngeal stimulation, and a catheter position indicator in the form of a visible mark on an external surface of the catheter arranged to indicate when the catheter is located in a predetermined position within a patient suitable for applying electrical pharyngeal stimulation, and
A compound of the formula: wherein A is selected from the group consisting of; R 1 is H or F; R 2 is H, -OCH 3, C1-C3 alkyl, R 3 is H, -CH 3, or -OCH 3; and R 4 is H or F; or a pharmaceutically acceptable salt thereof. wherein A is selected from the group consisting of; R 1 is H or F; R 2 is H, -OCH 3, C1-C3 alkyl, R 3 is H, -CH 3, or -OCH 3; and R 4 is H or F; or a pharmaceutically acceptable salt thereof.
A computer-implemented method for adding an element to a queue by a producing process, the method comprising the steps of: identifying potential consuming processes for processing the element by determining at least a first consuming process from a plurality of consuming processes (C1, C2); providing (S 110) the element by creating a data item and a plurality of links associated with the data item, the plurality of links comprising at least one first link, the first link comprising a first previous pointer and a first next pointer, wherein the quantity of created links is at least the quantity of potential consuming processes determined in step; and integrating the element into the queue by creating or extending a consumer specific doubly-linked list for the first consuming process. identifying potential consuming processes for processing the element by determining at least a first consuming process from a plurality of consuming processes (C1, C2); providing (S 110) the element by creating a data item and a plurality of links associated with the data item, the plurality of links comprising at least one first link, the first link comprising a first previous pointer and a first next pointer, wherein the quantity of created links is at least the quantity of potential consuming processes determined in step; and integrating the element into the queue by creating or extending a consumer specific doubly-linked list for the first consuming process.
A method of updating a number of retransmissions for a mesh node in a mesh network comprising a plurality of mesh nodes, wherein said number of retransmissions define how often said mesh node retransmits received messages within said mesh network, said method comprising the steps of: - receiving, by said mesh node, a number of data messages expecting an acknowledgement, wherein each of said data messages originates from a same source mesh node and is intended for a same destination mesh node in said mesh network; - transmitting, by said mesh node, each of said number of data messages a number of times based on said number of retransmissions; - receiving, by said mesh node, a number of acknowledgement messages, wherein each acknowledgement message originates from said destination mesh node and acknowledges receipt of a particular data message of said first number of data messages; characterized in that the method further comprises: - updating, by said mesh node, said number of retransmissions based on said number of data messages and based on said number of acknowledgement messages. - receiving, by said mesh node, a number of data messages expecting an acknowledgement, wherein each of said data messages originates from a same source mesh node and is intended for a same destination mesh node in said mesh network; - transmitting, by said mesh node, each of said number of data messages a number of times based on said number of retransmissions; - receiving, by said mesh node, a number of acknowledgement messages, wherein each acknowledgement message originates from said destination mesh node and acknowledges receipt of a particular data message of said first number of data messages; characterized in that the method further comprises: - updating, by said mesh node, said number of retransmissions based on said number of data messages and based on said number of acknowledgement messages.
A method for forecasting the evolution of the magnitude of a data associated to a journey of an automotive vehicle via a mathematical model and for selecting the best running conditions for a vehicle, in an onboard computation system, where said magnitude is expressed by a function (f) of at least one input parameter (x, m, p), wherein this method includes at least the steps of: a) defining a first model (f t=0) of said function (f) used for computing said magnitude on the basis of said input parameter; b) running said vehicle on a reference trip, for a given time or a given distance, said input parameter (x, m, p) and said magnitude being measured (Y M, x M) at least at one time during or at the end of the reference trip; c) computing a value (Y C) of said magnitude by using the first model (f t=0) of said function (f) and the value of said parameter (x M) measured at step b); d) comparing the values (Y M, Y C) of said magnitude at said time, respectively measured at step b) and computed at step c); and e) depending on the result of the comparison of step d), adjusting said function (f t=1) in a way corresponding to the reduction of the difference between said measured value (Y M) and said computed value (Y C), characterized in that, based on the forecasting of the magnitude of the data associated to a given journey, a road to be followed is selected by onboard computation means, and in that said reference trip is a part of the journey to be followed by said vehicle. a) defining a first model (f t=0) of said function (f) used for computing said magnitude on the basis of said input parameter; b) running said vehicle on a reference trip, for a given time or a given distance, said input parameter (x, m, p) and said magnitude being measured (Y M, x M) at least at one time during or at the end of the reference trip; c) computing a value (Y C) of said magnitude by using the first model (f t=0) of said function (f) and the value of said parameter (x M) measured at step b); d) comparing the values (Y M, Y C) of said magnitude at said time, respectively measured at step b) and computed at step c); and e) depending on the result of the comparison of step d), adjusting said function (f t=1) in a way corresponding to the reduction of the difference between said measured value (Y M) and said computed value (Y C),